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DEK46656
OK… there seemed to be a lot of valid opposition to the theory proposed to explain the affect they were seeing, but this news implies that the affect was reproducible. I’m still of the opinion that EHT (probably) presents the best unifying theory, so the question is (staying on topic for this thread) could EHT explain this affect that is being seen? Could there be an energy level (for hydrogen) lower than the typically observed “ground state”, and could hydrino’s exist (at all) and / or for any length of time?

My interest in hydrinos has to do with Fusion energy. {Rod Sterling voice…} “Imagine if you will…” what would happen with a deuterium fuel instead of hydrogen? With a lower energy level for the electron (orbits) in the molecule, they would have lower orbits. Lower orbits translates to the nuclei being closer to each other than for typical “ground state” deuterium. Would this not make for an interesting fuel to experiment with for Fusion energy?
gdaigle
FYI, C.J. de Matos (a frequent co-author with M. Tajmar) has a new paper out, "Gravitational Waves detection and sprectrosopy with a Double-sit Quantum Eraser" (http://arxiv.org/pdf/0810.3911) that suggests an alternative method employing quantum entanglement for detecting GWs... especially high frequency GWs. It says, "...the main characteristic of the detector is the possibility of tuning it to a specific GW wavelength..."
Just Wonderful
QUOTE (DEK46656+Oct 19 2008, 02:40 PM)

I recently came across a site called BlackLight Power.  They claim to have a power generation process based on creating a reaction with Hydrogen. 
.....

I don't have the background or skills to analyze their statements or determine the validity of what they claim. ....

So, does anyone have any insight ....

Hello DEK;

The CEO and inventor of this new energy technology at Blacklight Power is R. L. Mills.

It is based on the proposition that hydrogen can transit to a lower energy level than the ground state predicted by Standard quantum mechanics, namely n= 1 level.....under certain circumstances.

IOW, apparently Mills also has spectroscopic evidence to the effect that hydrogen can achive fractional quantum levels, i.e., n= 1/2, 1/3, 1/4...rather than being limited to n = 1,2, 3...(integral multiples) as required by QED.

If possible it would have far reaching consequences....
The transition to lower than n = 1 state is still electronic (chemical reaction), but is about 100 times more energetic due to the fact that higher levels can transit to a much lower energy state and thus release greater energy.

BTW, this is not a nuclear reaction...and No, DEK; being at a lower 'orbital' does not encourage a greater nuclear fusion probablility.
(Its not the electronic that prevents the nuclear fusion , but the nuclear repulsion).

Out of all the hair brained energy generation schemes I have seen in the recent years....this appears to be the most reasonable....and I think there is the possibility for it to be promising...for several reasons.....namely....

1. Mills has done quite a bit of Spectroscopy...and found evidence for the effect.Ex; http://www.blacklightpower.com/papers/Cont...m101608WebS.pdf

2. He has a 'working' proto-type.

3. He has independent and reputable scientific verification of the validity of his claims....on the experiments and proto-type.

4. He has $ 50 million from private investors....showing the confidence of many others.

5. He has pier reviewed publications in major journals showing that he is quite knowledgeable in quantum physics...Ex.; http://www.iop.org/EJ/abstract/0022-3727/36/13/316

6. He is not inventing all sorts of new physics and imaginary particles as is EHT.

7. His only sin seems to be amending QED to include fractional energy levels, and incurring the wrath of the usual Pharisees of Physics.

Actually, SOMETIMES it may be neccessary to step beyond the boundaries....and offend the establishment...IF you are standing on valid EMPIRICAL results.

And NO; it has nothing to do with Burkhard -Heim stuff.....with all its imaginary particles...etc.

{Compared to Mills hydrogen technology Burkhard-Heim (EHT) seems to be on LSD}.

Just my opinion ....but I'd give these guys a serious chance (wish they were on the public stock market - I'd buy), especially since success will reduce the energy costs down to below 2 Cents per Kilowatt-hr.!...and do it with a renewable source and with a non polluting by-product.

If successful, it will bust us off the grid...and make trillions.

JW biggrin.gif

Of course, there are many Textbook QED reasons why it shouldn't happen. ....but I think Mills addressed those adequately enough to leave a open door for using a catalyst to achieve lower than n = 1 quantum level.
eyeque
QUOTE (Fairy+Oct 23 2008, 09:58 AM)



lol ferrari, massive luxury yacht, prolly a private jet, call sluts, coke...


sad.gif
ProbabbleE
Jossarian
QUOTE (gdaigle+Oct 22 2008, 04:35 PM)
FYI, C.J. de Matos (a frequent co-author with M. Tajmar) has a new paper out, "Gravitational Waves detection and sprectrosopy with a Double-sit Quantum Eraser" (http://arxiv.org/pdf/0810.3911) that suggests an alternative method employing quantum entanglement for detecting GWs... especially high frequency GWs.  It says, "...the main characteristic of the detector is the possibility of tuning it to a specific GW wavelength..."

Hi all,

This reminds me about Dröscher & Häuser proposal from they latest paper:
JPC2008: Gravity-Like Fields and Space Propulsion Concepts

QUOTE (Dröscher & Häuser+)
A. Acceleration Measurement for Gravity-Like Field: Photon Red- and Blueshifts
In Tajmar’s experimental setup a circular acceleration field of magnitude a is generated by the nonuniform rotation of the (superconducting Nb ring).
Here we suggest a modified setup to facilitate the measurement of the acceleration field, based on the gravitational mass, m, of the photon, which is equal in value to its inertial mass hn=c^2. Therefore, its energy hv should be increased or decreased by maL when subjected to an acceleration of magnitude a over distance L.

In this novel experiment, in order to measuring the acceleration, a, accelerometers would be replaced by a circular fiber optics ring located in the plane of rotation, placed concentrically around the rotating ring.
Since the acceleration field is equivalent to a gravitational field, a photon, similar to the experiment of Pound and Rebca in 1960, emitted inside the fiber optics ring, which is moving in a direction against the acceleration vector gains potential and loses kinetic energy, and thus is redshifted or, if the photon is emitted in the direction of the acceleration vector, it loses potential and thus gains kinetic energy and should be blueshifted.

Since frequencies can be measured with much higher precision than mechanical acceleration, precision should be increased by several orders of magnitude. Moreover, this experimental set up would be much more robust against mechanical vibrations that plague accelerometer measurements. In particular, the accuracy should be sufficient to determine whether the strong asymmetry, between clockwise and counterclockwise rotation, as observed in the measurements for the Bg field, would also be present in accelerometer measurements.

<br>H&D setup look a way simpler then de Matos proposal.

/Joss
DEK46656
QUOTE (Just Wonderful+Oct 22 2008, 11:03 PM)

...BTW, this is not a nuclear reaction...and No, DEK;  being at a lower 'orbital' does not encourage a greater nuclear fusion probablility.  (Its not the electronic that prevents the nuclear fusion , but the nuclear repulsion)...

...And NO; it has nothing to do with Burkhard -Heim stuff.....with all its imaginary particles...etc.  {Compared to Mills hydrogen technology Burkhard-Heim (EHT) seems to be on LSD}...

Thanks for the analysis JW. Some of that I had gleaned from reviewing the sites / links provided earlier.

Regarding the fusion possibilities, my thought was that the di-hydrino gas might provide an environment similar to muon catalyzed fusion. Having read about it years ago, I periodically look for any recent efforts or advances that might benefit it.

My question about comparisons had more to do about EHT supplying a theory explaining the effect versus comparing the two theories. I would guess that GUT-CP would not withstand a full bottom up review by physicists; something that has to happen for any theory that is going to be unifying in nature (oops, pun alert).

However, if the affect is occurring, and “something” is changing in the ground state of the hydrogen to produce hydrinos, then an explanation is needed to understand it, measure it, and possibly improve on it. From what little I’ve read, they can reproduce the effect, so something is going on that breaks the rules (as QED understands it).
Just Wonderful
QUOTE (DEK46656+Oct 23 2008, 10:36 AM)
Thanks for the analysis JW.  Some of that I had gleaned from reviewing the sites / links provided earlier.

Regarding the fusion possibilities, my thought was that the di-hydrino gas might provide an environment similar to muon catalyzed fusion.  Having read about it years ago, I periodically look for any recent efforts or advances that might benefit it.


OK, DEK; I see what you are saying, ....
In that case I suppose there may be the possibility of something similar to muon catalyzed fusion occurring....The electron shielding allowing a closer nuclear approach...possibly. Good idea.

But not being very well read on di-hydrino development, I could not speak authoritatively here.

Apparently, though, so far the Mills' development depends only on the electronic interaction. I'm not sure if he has investigated nuclear interaction.

JW unsure.gif
Just Wonderful
QUOTE (DEK46656+Oct 23 2008, 10:36 AM)

My question about comparisons had more to do about EHT supplying a theory explaining the effect versus comparing the two theories.  ..

However, if the affect is occurring, and “something” is changing in the ground state of the hydrogen to produce hydrinos, then an explanation is needed to understand it, measure it, and possibly improve on it.

<br>DEK; I would think the fundamental idea had nothing at all to do with EHT. ...and it would be a stretch to try to link them. Mills' energy development is chemical and takes place at high temperatures....and I believe in the presence of microwave initiation.

As I understand it, basically, in the presence of a catalyst, say helium, at high temp. hydrogen transitions are measured to contain a much higher energy ...indicating a transition to lower than n = 1 level.

Apparently, most of these transitions are not radiative (electromagnetically) and thus the energy is transfered through vibrational (or translational motion)...IOW, heat is developed. The ensuing Specroscopic lines actually come from scattering I suppose.

(See here foe ex. http://www.iop.org/EJ/abstract/0022-3727/36/13/316 )

The current proto-type, however, uses sodium hydride for the catalyst.

JW
Just Wonderful
QUOTE (Jossarian+Oct 23 2008, 10:21 AM)
Hi all,

This reminds me about Dröscher & Häuser proposal from they latest paper:
JPC2008: Gravity-Like Fields and Space Propulsion Concepts

QUOTE (Dröscher & Häuser+)
A. Acceleration Measurement for Gravity-Like Field: Photon Red- and Blueshifts
In Tajmar’s experimental setup a circular acceleration field of magnitude a is generated by the nonuniform rotation of the (superconducting Nb ring).
Here we suggest a modified setup to facilitate the measurement of the acceleration field, based on the gravitational mass, m, of the photon, which is equal in value to its inertial mass hn=c^2. Therefore, its energy hv should be increased or decreased by maL when subjected to an acceleration of magnitude a over distance L.

In this novel experiment, in order to measuring the acceleration, a, accelerometers would be replaced by a circular fiber optics ring located in the plane of rotation, placed concentrically around the rotating ring.
Since the acceleration field is equivalent to a gravitational field, a photon, similar to the experiment of Pound and Rebca in 1960, emitted inside the fiber optics ring, which is moving in a direction against the acceleration vector gains potential and loses kinetic energy, and thus is redshifted or, if the photon is emitted in the direction of the acceleration vector, it loses potential and thus gains kinetic energy and should be blueshifted.

Since frequencies can be measured with much higher precision than mechanical acceleration, precision should be increased by several orders of magnitude. Moreover, this experimental set up would be much more robust against mechanical vibrations that plague accelerometer measurements. In particular, the accuracy should be sufficient to determine whether the strong asymmetry, between clockwise and counterclockwise rotation, as observed in the measurements for the Bg field, would also be present in accelerometer measurements.

<br>

/Joss

....Excuse me? Novel experiment?...Ha ha ha...I gotta laugh .

What the heck do you think a Sagnac interferometer is?...I understand you may not know, Joss....but Dröscher & Häuser's ignorance of this is unacceptable.

That Dröscher & Häuser post is a description of the Sagnac ('Interferometer') effect; IOW, the principle of a RING LASER GYRO....and it was ALREADY used on the notable experimental replication of Tajmar's rotating superconductor by the Canterbury Group...in mid 2007...where they replaced the accelerometers with fiber optic ring lasers....(See... http://www.earthtech.org/experiments/tajma...ragging2007.pdf )

Other physicists must really be laughing at these guys...The idea they suggest has been in use for years! laugh.gif biggrin.gif

However, Joss; thanks for posting that ... it was written in 2008, and it is further confirmation of Dröscher & Häuser's complete ignorance of what is going on in physics.....and again they are proving themselves to be amateurs who are WAY behind the curve...apparently not even realizing that 'their' proposal ALREADY exists. laugh.gif

IOW, they are ignorantly proposing things that have ALREADY been proposed and that ALREADY exist ...and have been IN USE for years....Sheesh
. laugh.gif

.....The only other rational is they are simply plagerizing the work of others.....and hoping their readers are sufficiently deficient in physics not to catch on.

Excuse me for being so frank....someone needs to be honest.

JW

P.S. Here's some older reports on using the 'Sagnac' effect as basis for detecting gravity and acceleration fields and gravity waves.... http://prola.aps.org/abstract/PRD/v24/i2/p338_1


The effect for the detection of gravitomagnetism (frame dragging)... see here...http://adsabs.harvard.edu/abs/2004GReGr..36.1207C

P.S.S. BTW; I briefly mentioned the sagnac effect as pertains to gravitomagnetic field detection when we discussed Canterbury replication by means of 'laser gyros' in my post on june 25th 2008...page 140 of this thread. I knew you weren't listening . laugh.gif you may want to re-read it.
elarne
QUOTE (Just Wonderful+Oct 24 2008, 02:42 AM)
That Dröscher & Häuser post is a description of the Sagnac ('Interferometer') effect; IOW, the principle of a RING LASER GYRO....and it was ALREADY used on the notable experimental replication of Tajmar's rotating superconductor by the Canterbury Group...in mid 2007...where they replaced the accelerometers with fiber optic ring lasers....(See...  http://www.earthtech.org/experiments/tajma...ragging2007.pdf  )

Hi JW,

you're correct saying that using a Sagnac interferometer in an experiment like Tajmars is no remarkable new idea and Canterbury Group has already done so. I guess that the proposed experiment of D&H is new regarding the arrangement of the accelerometers.

Take a look at the Canterbury Ring Laser Group's experimental setup. The ring laser gyro is located at a proximity of about 20cm away from the rotating superconductor and the laser is just "passing" the assumed force field. D&H's approach (first proposed experiment GME1) is to arrange a FOG concentrically around the spinning material to maximize the effect and hence increase the sensibility by some orders of magnitude. If I read it correctly even Tajmar didn't use concentrically arranged gyros in his latest setups.
Just Wonderful
QUOTE (elarne+Oct 24 2008, 07:30 AM)
Hi JW,

you're correct saying that using a Sagnac interferometer in an experiment like Tajmars is no remarkable new idea and Canterbury Group has already done so. I guess that the proposed experiment of D&H is new regarding the arrangement of the accelerometers.

Take a look at the Canterbury Ring Laser Group's experimental setup. The ring laser gyro is located at a proximity of about 20cm away from the rotating superconductor and the laser is just "passing" the assumed force field. D&H's approach (first proposed experiment GME1) is to arrange a FOG concentrically around the spinning material to maximize the effect and hence increase the sensibility by some orders of magnitude. If I read it correctly even Tajmar didn't use concentrically arranged gyros in his latest setups.

<br>Elarne...that is a TOTAL hogwash .....When someone invents a speedometer, does it matter which wheel its attached to?...DUH?...You willfully missed the point altogether.

.This is NOT about the PLACEMENT of the apparatus....or even about how it is built...Apparently you are making excuses for their total ignorance of the Sagnac effect....The placement of the ring (concentric or at the side) is totally irrelevant to the physics behind the effect ....and Dröscher & Häuser were totally ignorant that the EFFECT was previously WELL known for years...or even that such a device existed...AND THAT IT WAS ALREADY USED ON the 'Tajmar' experiment!!

Let's stop making excuses so as to accomodate their obvious ignorance ...it only makes you look less professional.... You ought to be EXPOSING these guys..

I am sorry if I offended your 'heros'...but are you interested in the truth?..Or only interested in encouraging others to blindly follow a couple of amateurs whose philosophy you agree with....??

Obviously, Dröscher & Häuser were TOTALLY unaware of the Cantebury experiment.......and clearly unaware that the physics which they call their 'novel' idea has been around for years..

Is it any wonder NO ONE (NO reputable journal) is willing to publish Dröscher & Häuser stuff?

Gads....when you post stuff showing clearly you have no conception of what Sagnac effect is....and call it your OWN Novel idea....DUH?

I say ...quit deceiving YOURSELF with excuses....it is only helping others to believe a deception . These guys are appearing more like charlatains...who gained a following from the simple minded who understand less physics than themselves.

...they were touting that there's was a 'novel' idea; going on extensively to expain their rational for the effect, making it clear that THEY were the originators.......... CLEARLY ignorant of the fact that the entire theoretical underspinnings are ALREADY in USE.

Let stop asking people to be Blind to the obvious about these guys...

Anyone who knows the physics here and what was posted by them can CLEARLY see what I am talking about ....so please don't discount the blantant error ...and ignorance on their part by making excuses that clearly don't hold water.

JW

BTW; as I posted to Joss, please read my previous post here http://www.physforum.com/index.php?showtopic=4385&st=2085
for a brief discussion of the basic physics of the optic fiber ring laser detection of the frame dragging field in the Canterbury set up. (back in june 25, 08).
MichaelB
Just Wonderful,

sorry but your posts (at least the last ones) don't make the impression that you're completely objective either. If every second sentence is about Hauser and Dröscher being ignorant unprofessional guys, then your point is not getting stronger, but weaker, IMHO.
So if all this is so obvious, why don't you simply take a look at Heims/Dröschers work and tell us what it's all about ?
After all if Heims work is not complete nonsense (what I thought we asume at least in this thread) and Dröscher has been working on extending the theory together with Heim, I doubt that he (or for that matter Hauser as well) are simply stupid guys.
So if you claim peoples mistakes, do so in a language which is not insulting.

MB

djolds1
QUOTE (MichaelB+Oct 24 2008, 09:05 PM)
Just Wonderful,

sorry but your posts (at least the last ones) don't make the impression that you're completely objective either. If every second sentence is about Hauser and Dröscher being ignorant unprofessional guys, then your point is not getting stronger, but weaker, IMHO.
So if all this is so obvious, why don't you simply take a look at Heims/Dröschers work and tell us what it's all about ?
After all if Heims work is not complete nonsense (what I thought we asume at least in this thread) and Dröscher has been working on extending the theory together with Heim, I doubt that he (or for that matter Hauser as well) are simply stupid guys.
So if you claim peoples mistakes, do so in a language which is not insulting.

MB

Concur

Even if he's correct, the tone and content of JW's post did nothing but make him look like an a*s.

Duane
Aero
Hi Duane - I replied to your post earlier today, but it looks as though it was sucked up by the black hole of forum management. I wanted to thank you for introducing me to this forum and let you know that I have spent the last month or so catching up on the complete forum thread, from page one. I have several observations that I will post later. I see no good reason to post them now if they are just going to go down a black hole.
Aero
This post addresses Burkhard Heim's Mass Formula which was the hot topic on this thread in 2006. Several computer programs for evaluating the mass formula, calculating the mass of protons, electrons and at least 20 other particles, were developed and are posted on Sourceforge. Upon close inspection of the current computer programs to calculate the particle mass, I find one error in the input data. It seems to be in all of the programs. The input value of the electron constant is in error. The correct value, as given by 2006 CODATA is 8.854187817 E-12. The value used in the computer programs is only 6 significant digits. The electron constant is a defined value, giving no room for approximation or truncation, and anyway, when the defined value is used, the answers are better. Note that this seems to be a common mode error derived from the same original source. Probably the original 1982 computer programs or the mass formula papers.
More later, now my dinner is ready smile.gif
Aero
Continuing - I worked with the particles, proton, neutron, electron and mu, because those were all I could identify in the CODATA database. After inserting the correct value of the electron constant into the code, calculated theoretical mass vs. empirical mass values still differed by large numbers of standard deviations of the empirically measured particle mass. However, Values of the gravitational constant G were identified which resulted in the exactly correct mass value being calculated. The thing that is helpful is that the values are close to the empirical value of G as given in the 2006 CODATA database. In fact, I derived values of G as follows:

G proton = G CODATA + 1.422 Standard Deviations of G CODATA.
G neutron = G CODATA + 10.463 Standard Deviations of G CODATA.
G electron = G CODATA + 1.360 Standard Deviations of G CODATA.
G mu = G CODATA + 1.256 Standard Deviations of G CODATA.

To me, this data says first, that there is probably an error in the formula or computer code calculating the Heim Mass value of the theoretical mass of the neutron.

It says, second, any of the values could be the correct value of G (Except for the G neutron value). But of course we are allowed only one value for the gravitational constant. It is not a matter of saying, "Which one is it?" I speculate that computational truncation and round-off are introducing small errors that have not yet been dealt with completely. Once any two values of G converge, we will be very close to confirming the Heim Mass formula.
Aero
Actually, once any two values of G converge, we will have proven the basis of Heim Theory. The rest is debugging code.
jreed
QUOTE (Aero+Oct 26 2008, 02:12 PM)
Actually, once any two values of G converge, we will have proven the basis of Heim Theory. The rest is debugging code.
I'm glad the topic of computing mass values is being looked at once again. I worked for several years on this subject. The neutron mass has always been a problem. The difficulty with correcting it will be to understand how Heim derived the mass equations, as well as the lifetime calculations. Until this is understood, we won't know how to correct the equations or how to go on to further applications of the theory.

jreed
makuabob
QUOTE (Jossarian+Aug 18 2008, 10:19 AM)

Seems that other holes are still there:
Dark Matter is Missing From Cosmic Voids

/Joss

<br>Just about the time I was going to acknowledge Joss's link about the intergalactic voids, more news came in from far, far away,... and, then, still MORE news came in from a Gamma-Ray Burst symposium in Huntsville last week.

First, the news from way out there; the most distant Gamma Ray Burst yet detected (GRB 080913) happened a whopping 12.8 billion (10^9) years ago. The curious point is that, despite the distance involved (same number of light-years), it was STILL recognizable as a gamma ray burst, meaning that its redshift of 6.7 didn't drop it far enough in energy to be mistaken for an X-ray burst. Recall that, according to Heim's theory, cosmological distance drains energy/frequency from incoming radiation due to quintessence, a.k.a., "dark energy," and shifts it to ever lower levels as it traverses space-time to our planet. This means, in essence, that the diameter of the "observable universe" depends on the energy level at which one is examining it. At gamma-ray energies, the Heim universe is orders of magnitude larger than our "current" cosmos.

While "established" predictions put the age of our universe at ~13.7 x 10^9 years (+/- ~1/7), Auerbach & Ludwiger (Heim’s Theory of Elementary Particle Structures, Journal of Scientific Exploration,Vol. 6, No. 3, pp. 217-231, 1992) give the time of matter forming as between 15 x 10^9 (billion) and 40 billion years ago. The chaotic formation of matter (as Heim himself called it) occurred after an estimated 10^100 years of (apparently) uneventful expansion of our proto-universe, according to Heim Theory, and formation of matter happened throughout it.

The Heim universe is currently proposed as being ~6 x 10^109 light-years in diameter—a LOT bigger than 2.7 x 10^10 light-years, the 'recognized' value. By the reckoning of Heim Theory, there are way more stars, galaxies and matter beyond what is called the Cosmic Microwave Background. Heim mentioned in his Ottobrunn talk that there is no "fence" at the 'edge of our universe' (meaning the CMB as we see it from here on Earth), just more galaxies and voids. Since the incoming electromagnetic radiation of a gamma ray burst is so immensely energetic (~5 orders of magnitude greater than visible light), its 'event horizon' (the distance/time where enough energy has been drained by quintessence to make it undetectable) MUST be vastly farther away than the CMB. This means the "gamma-ray universe" goes well beyond what is presently thought to be "edge" of our little piece of Eden.

So,... if Heim Theory wants to validate its cosmic genesis, let's look for bursts of X-rays that have the characteristics of gamma ray bursts; bursts from massive stars that formed 15 billion, or more, years ago and come from 'beyond the CMB.' Of course, that's easier said than done. Science has only recently acquired the ability monitor the energy bands that announce the mammoth, catastrophic events of hypernovae and merging black holes, which are thought to be some of the sources of the GRBs. If the diameter of the gamma ray universe is only twice the diameter of the presently-acknowledged size of our universe, there is an eight-fold increase in volume. With one GRB per day in "our" universe, there should be 2^3 more GRBs occurring. Is our present equipment up to the task of "seeing" them?

That brings up the GRB Symposium just concluded in Huntsville. Several press releases were made:

A Brief Mystery: What are Short Gamma-ray Bursts?

The Oddball Hosts of Gamma-ray Bursts

The Case of the Missing Gamma-ray Bursts

This last one shows that the search is on. IF Heim Theory is correct about the nature of our universe (or even close!), there are gamma-ray bursts coming in from all directions but at lower energy levels. Already, some workers think that more searching is called for. Soon now, it will be Showtime!

I, personally, am rooting for Extended Heim Theory but let's see how this "universe" thing shakes out. It should be interesting,... very, very interesting! ;-)
DEK46656
QUOTE (jreed+Oct 26 2008, 01:17 PM)

The difficulty with correcting it will be to understand how Heim derived the mass equations, as well as the lifetime calculations.  Until this is understood, we won't know how to correct the equations or how to go on to further applications of the theory.


So, does anyone know of a physicist that specializes in Relativity, Einstein’s approach, and is fluent in German? I would guess that someone like that would be best equipped to reverse engineer Heim’s work.

Aero
great job on analyzing the mass formula program’s.

Makuabob
thanks for the background and proposal. I always found Heim cosmology intriguing. I don’t believe I ever saw anyone propose a means of testing it, other than finding holes wink.gif in BB and showing how it could answer them.

Jossarian
QUOTE (makuabob+Oct 26 2008, 11:25 PM)
The Heim universe is currently proposed as being ~6 x 10^109 light-years in diameter—a LOT bigger than 2.7 x 10^10 light-years, the 'recognized' value. By the reckoning of Heim Theory, there are way more stars, galaxies and matter beyond what is called the Cosmic Microwave Background. Heim mentioned in his Ottobrunn talk that there is no "fence" at the 'edge of our universe' (meaning the CMB as we see it from here on Earth), just more galaxies and voids. Since the incoming electromagnetic radiation of a gamma ray burst is so immensely energetic (~5 orders of magnitude greater than visible light), its 'event horizon' (the distance/time where enough energy has been drained by quintessence to make it undetectable) MUST be vastly farther away than the CMB. This means the "gamma-ray universe" goes well beyond what is presently thought to be "edge" of our little piece of Eden.

Not sure if I correctly understood what you are proposing.

The "event horizon" as defined by classical framework based at Hubble principle of expanding universe is the boundary of visible universe because light from objects beyond it hasn't had time to reach our location, even if it were emitted at the time the universe began.
Heim Theory framework concludes that "event horizon" is due to repulsive gravitation component of almost the whole remaining world (Quintessence) which is causing red-shifting of light to zero.
Just wonder if Hubble principle of expanding universe can be used as explanation of heavily red-shifted GRB. They can simply make the Universe a bit bigger and older and still fit it in the "classical framework", without need of "Heim Theory" revolution.

I think researchers shall try to somehow distinguish red-shift due to Doppler effect from gravitational red-shift. This is a main goal.

I find this part of "Heim Theory" which claims that "Hubble expanding Universe principle" is false as one of more exciting statements:
Heim: Cosmic Red Shift

Please notice that even Hubble himself wasn't so sure that "expanding universe" explanation is a correct one:
Hubble personal view

The observations of Edwin Hubble in 1929 suggested that distant galaxies were all apparently moving away from us, so that many scientists came to accept that the universe was expanding. These scientists however did not include Hubble himself. While the metric expansion of space reading of Hubble's 1929 observations is viewed today by most scientists as the correct reading of the data, Hubble wrote six years later:
QUOTE (E. Hubble+)

"… if redshift are not primarily due to velocity shift … the velocity-distance relation is linear, the distribution of the nebula is uniform, there is no evidence of expansion, no trace of curvature, no restriction of the time scale … and we find ourselves in the presence of one of the principle of nature that is still unknown to us today … whereas, if redshifts are velocity shifts which measure the rate of expansion, the expanding models are definitely inconsistent with the observations that have been made … expanding models are a forced interpretation of the observational results"

– E. Hubble, Ap. J., 84, 517, 1936

and
QUOTE (E.Hubble+)

"[If the redshifts are a Doppler shift] … the observations as they stand lead to the anomaly of a closed universe, curiously small and dense, and, it may be added, suspiciously young. On the other hand, if redshifts are not Doppler effects, these anomalies disappear and the region observed appears as a small, homogeneous, but insignificant portion of a universe extended indefinitely both in space and time."

– E. Hubble, Monthly Notices of the Royal Astronomical Society, 97, 506, 1937

Even Einstein himself apparently has been fooled by "expanding universe" idea:
Einstein's cosmological constant
Maybe this is a reason why he didn't succeed with his general relativity theory: due to misconception.

Today we should be much more convinced that "expanding universe" is one of biggest mistakes which Physics has ever made. That's why we hear this constant mumbling about "dark energy" and "dark mass":
Lambda-CDM

For me a simple application of Ockham's razor gives a winner: it's Heim Theory. cool.gif

/Joss
makuabob
QUOTE (Jossarian+Oct 27 2008, 09:30 AM)

Not sure if I correctly understood what you are proposing.

The "event horizon" as defined by classical framework based at Hubble principle of expanding universe is the boundary of visible universe because light from objects beyond it hasn't had time to reach our location, even if it were emitted at the time the universe began.

Heim Theory framework concludes that "event horizon" is due to repulsive gravitation component of almost the whole remaining world (Quintessence) which is causing red-shifting of light to zero.

Just wonder if Hubble principle of expanding universe can be used as explanation of  heavily red-shifted GRB. They can simply make the Universe a bit bigger and older and still fit it in the "classical framework", without need of "Heim Theory" revolution.
...
/Joss

<br>The "event horizon" I refer to is Heim's definition: the point beyond which an electromagnetic wave has insufficient energy to survive the expansive 'pressure' of Quintessence (a.k.a., "dark energy"). We appear to be on the same page on this.

Assuming that Heim's formation of matter occurred,... oh,... let's say 18 billion years ago. At least by 17 billion years ago, stars had formed and light was wending its way out toward the depths of the Heim universe. The VISIBLE light from stars 17 billion light-years CANNOT reach Earth because Quintessence will drain its energy and redshift it to nothingness, not because it has not had "time" enough to reach Earth.

However,... any gamma-ray bursts that just happen to have been emitted 17 billion years ago from a hypernova aligned just exactly to 'shine' on our planet should be observable if we factor in the redshift incurred by Quintessence.

Your quotes from Hubble certainly raised my estimation of his objectiveness! He plainly had the time and capability to reflect on his—and others'—observations.

I have noted the increased use of the phrase "observable universe" in articles of cosmological scope. The undercurrent seems to be that the status quo is not comprehensive.

Likewise, I agree that Heim Theory (EHT) has a more comprehensible cosmogeny than what is considered "established" today.

I expect some breakthrough observations, I'm just not sure how long it will be before the "light" breaks through.

\\//_ (Vulcan salute)
gdaigle
I was made aware today through a report that the damage to the LHC was rather extensive. The damage began in the collider's underground tunnel and opened up a serious breach in the helium cooling system. This report mentions "that the cylindrical magnet systems were jolted by up to 20 inches (50 centimeters). Some of the magnets were ripped from their moorings. CERN has said that, at most, 29 of the magnets will have to be repaired, but it may be difficult to assess the full scope of what has to be done until the entire 17-mile-round (27-kilometer-round) ring system is checked out."

You know, back in June (and discussed in this forum), M. Tajmar suggested that his observed gravito-magnetic anomalous signals might originate from the rotating helium in his relatively small apparatus. One wonders what forces might be generated by a 27-kilometer-round ring system.

I wonder if the helium coolant in the LHC rotates in a manner similar to Tajmar's apparatus? Wouldn't it be something if the LHC was jolted out of kilter by a surge of GM force? The engineers would hardly have been able to account in the design for a force not recognized by most of the physicists in the world.

It would be an expensive but dramatic method for proving Tajmar correct. Gosh, first he wrecks the data from Gravity Probe B, and now if true... the LHC. The guy is a menace! smile.gif
Aero
It seems that as long as we're talking about Heim Gravity manipulation which of course includes field propulsion, and the next step, warp drive by stepping into a parallel universe, I might as well ask an "Off the Wall" but related question.
Has anyone else read the science fiction Paratime series written by H. Beam Piper?
http://en.wikipedia.org/wiki/Paratime_series
It occurs to me that once we've built up speed and transition to a parallel universe on our fast trip to Mars, if we look in the rear view mirror we would probably see a planet much more hospitable than Mars. That is, if the natives were friendly. It certainly would be a much shorter trip simply to turn around and go back!
All we need to do is understand Heim theory well enough to stay in the parallel universe while we land, then figure out how to transition to a parallel universe without leaving earth. (Maybe use something that flies and looks kind of like a Frisbee or one saucer inverted on top of another, only much larger. tongue.gif) Or maybe we could just follow H. Beam Piper's model to the letter and use a subway car as the transition vehicle.
gdaigle
Glad to have the PhysForum back up and operating again. smile.gif
gdaigle
From the article, "It's confirmed: Matter is merely vacuum fluctuations":

Physicists, using lattice UCD calculations, have now confirmed that matter, the apparently substantial stuff, is actually no more than fluctuations in the quantum vacuum.

Stephan Dürr of the John von Neumann Institute for Computing in Jülich, Germany, and his team used more than a year of time on the parallel computer network at Jülich, which can handle 200 teraflops - or 200 trillion arithmetical calculations per second to calculate the mass of the B_c meson (charmed cool.gif. Their results were within 2% of the value measured by experiments.

Comment - Even though www.heim-theory.com has listings of mass calculated by Heim for several mesons, the charmed B is not one of them. Is there a more extensive list?

"Now we know that lattice QCD works, we want to make accurate calculations of particle properties, not just mass.", says Christine Davies of the University of Glasgow, UK.

Comment - Are they referring to properties such as spin, parity, isospin, strangeness, baryon number and mean life... as Heim Theory has already given us?

Link to article here.
DEK46656
QUOTE (gdaigle+Nov 20 2008, 02:50 PM)
Glad to have the PhysForum back up and operating again.    smile.gif

Ditto...

I was worried that this forum / thread would not be back on line. I don't suppose anyone has a way to backup this thread, and / or propose an alternative forum in case this one goes away or dies?
hdeasy
Yes, a mirror site might be good. Good to be back for now!
As for the lattice QCD - impressive, but look at the amount of computing time - that is the case for all their particle calculations- proton etc. And still only to within 2%. We saw Heim get to within 0.001% or nearer and the calculations are instant. I'm sure Heim's method will prevail eventually.
makuabob
Phew! Long, dry spell! Starting to have withdrawal from "H"! wink.gif

I need to further compose the info, but I've come upon what seems to me as a reasonable explanation of how the Cosmic Microwave Background Radiation is a relic of matter forming in the Heim universe.

The CMBR is there,... can't get around that! I saw a report from 2000 (I'll post the link once I've revisited the page) with convincing data for the CMBR to have been warmer in past (meaning data from a cloud of hydrogen and carbon far, far away—and back in time), and by 'warmer' the article meant 9ºK vice 2.7ºK.

djolds1
QUOTE (gdaigle+Nov 20 2008, 06:50 PM)
Glad to have the PhysForum back up and operating again. smile.gif
Ditto! biggrin.gif

Any way to bulk download the content of various threads? The accumulated content and insight thereof should not be lost.

We should also assemble a list of members, email contact info, to potentially reconstitute this thread somewhere else if/when Physorg commits digital seppuku again.

I'll assemble the addresses if no one objects.

If you're willing, please send a "contact me here" email to djolds21_at_hotmail_dot_com.

Duane
Jossarian
QUOTE (gdaigle+Nov 20 2008, 07:24 PM)
From the article, "It's confirmed: Matter is merely vacuum fluctuations":

Physicists, using lattice UCD calculations, have now confirmed that matter, the apparently substantial stuff, is actually no more than fluctuations in the quantum vacuum.

Link to article here.

After reading this part of the article I've found something well known in it:
QUOTE (New Scientist Article+)
Each proton (or neutron) is made of three quarks - but the individual masses of these quarks only add up to about 1% of the proton's mass. So what accounts for the rest of it?

Theory says it is created by the force that binds quarks together, called the strong nuclear force. In quantum terms, the strong force is carried by a field of virtual particles called gluons, randomly popping into existence and disappearing again. The energy of these vacuum fluctuations has to be included in the total mass of the proton and neutron.

<br>Now compare this with that short excerpt from Heim:
QUOTE
Because of equivalence of mass and energy Heim says there must also exist a field mass of the field energy of each field. However in case of gravitational field this results in a secondary (very weak) additional gravitative source because a field mass possesses its own gravitational field.
<br>There must also exists a field mass of the field energy of each field.

Can it be possible that mass is nothing more than summarized mass of the other fields? I mean here ALL other fields including gravity itself.
It would give a very true meaning to E=mc^2 equation.
What do you think?

Can this principle be applied to other fields as well? Can the most powerful fields which are existing on very small distances (like strong nuclear force) can be a source of other weaker fields which are surrounding them?

/Joss

PS. Good to have this discussion list back. Seems that I've developed some kind of Heim discussion list deprivation syndrome. laugh.gif
Aero
Joss-
In reading Heim Theory, I have seen and considered Dr. Heim's thoughts as you posted them. I find them difficult to accept fully.

I can accept the hypothesis that the gravitational field has mass creating its own gravitational fields which of course are additive. I envision the gravitational field to be a distributed field, hence its energy mass equivalent is distributed. Therefore I have a hard time with the idea that the field masses create additional fields.

My thought is that there must be a carrier mechanism for gravity, Higgs boson or gravitophotons or something else. For an analogy, consider a ray of light. It is made up of photons, but a light ray has never been observed to create additional photons. Whatever the carrier of gravity is, like the photon in light, this carrier is to small to create a duplicate of itself so that means if the carrier mechanism creates a new field, it must be something other than gravity as we know it, hence it does not belong as part of the law of gravity.

The result of this hypothesis is that the gravity field of the central mass and the added gravity of the field masses is all there is.

I have been wrong in the past, maybe wrong here, and certainly will be wrong in the future.
MichaelB
QUOTE (Aero+Nov 24 2008, 10:35 PM)
My thought is that there must be a carrier mechanism for gravity, Higgs boson or gravitophotons or something else. For an analogy, consider a ray of light. It is made up of photons, but a light ray has never been observed to create additional photons. Whatever the carrier of gravity is, like the photon in light, this carrier is to small to create a duplicate of itself so that means if the carrier mechanism creates a new field, it must be something other than gravity as we know it, hence it does not belong as part of the law of gravity.

In Heim-theory there is no carrier mechanism (if I'm right what you were after) - it's all geometry. Everything is just the deformation of a 6-dimensional lattice. And because not all 6 dimensions are visible in our 3 dimensional space things can have quite different appearance and properties. E.g. photons don't live in the 3 space dimensions, just in the imaginary dimensions (4=time and 5,6). Gravitons just in 5 and 6 which is one of the reasons (at least that's what Heim told in the audio recordings) gravity is so different from the "normal" matter and their according fields - e.g. can be transformed away by choosen the right frame of reference etc.
I'm no physicist, so don't take every word literally. But I'm quite sure it's along these lines.

Michael


P.S. Just for correctness reasons, Heim never got a doctors degree.
DEK46656
QUOTE (MichaelB+Nov 24 2008, 05:00 PM)
... just the deformation of a 6-dimensional lattice. And because not all 6 dimensions are visible in our 3 dimensional space things can have quite different appearance and properties...

A couple of points / observations:
  • The original Heim Theory was 6 dimensions; EHT (Extended Heim Theory) used 8 dimensions to address all known forces, and in so doing (disclaimer: I probably have this wrong) created (or split) Gravity into 3 different particles/fields.
  • I seem to recall that Heim did imply that where E = MC^2 (etc) Mass "creating" gravity would create secondary mass impact. In other words, the "gravity field" inferred a secondary mass component. This could be the area that is the "error" relating to the mass formulas, that something was missed, overlooked, or otherwise not accounted for in relation to the secondary "mass" component.
I have a silly question; I am aware of photons being produced by electrons independent of atoms (ergo a FEL; Free Electron Laser). Is there an equivalent aspect to protons / neutrons? I would think it would be in the X-Ray / Gama-Ray spectrum, but I’m not sure? Could photons somehow be the missing component to the mass formula?

My guess is that I am overlooking something from the publications, or that I just don't understand quantum physics (at all). However, it never (should) hurt to ask.

djolds1
QUOTE (MichaelB+Nov 24 2008, 09:00 PM)
In Heim-theory there is no carrier mechanism (if I'm right what you were after) - it's all geometry. Everything is just the deformation of a 6-dimensional lattice. And because not all 6 dimensions are visible in our 3 dimensional space things can have quite different appearance and properties. E.g. photons don't live in the 3 space dimensions, just in the imaginary dimensions (4=time and 5,6). Gravitons just in 5 and 6 which is one of the reasons (at least that's what Heim told in the audio recordings) gravity is so different from the "normal" matter and their according fields - e.g. can be transformed away by choosen the right frame of reference etc.
I'm no physicist, so don't take every word literally. But I'm quite sure it's along these lines.

Michael


P.S. Just for correctness reasons, Heim never got a doctors degree.

Not quite.

Heim Theory posits 6 fundamental forces, and the two additional forces are also gravitational. "Gravity" is the sum of "normal" attractive gravity (G', messenger particle - graviton), the gravitophoton force (gp, messenger particle - the neutral gravitophoton), and repulsive gravity/dark energy (q, messenger particle - the quintessence particle). The gravitational constant is the sum of G' + gp + q. gp and q are small enough to have not been noticed, thus the mistake that G = G'.

Depending on the variation of Heim Theory you hold to, Heim has either 6 or 8 scientifically significant dimensions, with a maximum possible of 12. Three are the dimensions of physical existence, one is time, and the remainder are "steering" dimensions. Heim used 2 steering dimensions, whereas Droscher & Hauser claim 4 steering dimensions are necessary to explain all physical effects. The "steering" dimensions perform the "high level mathematics" that control the changes in the latice structure of space from one planck time to the next.

To say that different particles "live" in higher order dimensions is wrong. The higher order dimensions are "mathematical controls" only. The messenger particles are described by metrics composed of various dimensions (hermetry forms), but exist and are observable in 3D physical reality. Mechanisms that can convert the hermetry form metric of the photon to the metric of the gravitophoton would create an observable physical transformation, and provide direct physical evidence for the existence of the higher order steering dimensions. IIRC it is the metric of the gravitophoton that is described as being "degenerate," and thus particularly easy to alter.

Duane
djolds1
QUOTE (DEK46656+Nov 25 2008, 03:24 AM)
[*]I seem to recall that Heim did imply that where E = MC^2 (etc) Mass "creating" gravity would create secondary mass impact.  In other words, the "gravity field" inferred a secondary mass component.  This could be the area that is the "error" relating to the mass formulas, that something was missed, overlooked, or otherwise not accounted for in relation to the secondary "mass" component.

IIRC, mass and energy are not simply "equivalent" in Heim, but are identical. Different perceptions of the same latice deformations (what Heim called "condensations"). I would guess there's a quantum "uncertainty" effect at work distinguishing the two. Assuming my memory is functioning correctly.

Also, I recall a theory that claimed that inertia was caused by the interaction of "real" and ZPF/"virtual" particles. The virtual particles of the zero point field causing a "drag" force on real particles, that drag being inertia. In the latices of various Loop Quantum Gravity variations, I would think there would be zilch distinction between real and virtual particles. And mass is inherently linked to inertia. In some ways both inertia and mass are "fictional" effects, their existence assumed because of other observed physical effects.

Duane
iseason
QUOTE (gdaigle+Nov 21 2008, 08:24 AM)
From the article, "It's confirmed: Matter is merely vacuum fluctuations":

Physicists, using lattice UCD calculations, have now confirmed that matter, the apparently substantial stuff, is actually no more than fluctuations in the quantum vacuum.

Stephan Dürr of the John von Neumann Institute for Computing in Jülich, Germany, and his team used more than a year of time on the parallel computer network at Jülich, which can handle 200 teraflops - or 200 trillion arithmetical calculations per second to calculate the mass of the B_c meson (charmed cool.gif. Their results were within 2% of the value measured by experiments.

Comment - Even though www.heim-theory.com has listings of mass calculated by Heim for several mesons, the charmed B is not one of them. Is there a more extensive list?

"Now we know that lattice QCD works, we want to make accurate calculations of particle properties, not just mass.", says Christine Davies of the University of Glasgow, UK.

Comment - Are they referring to properties such as spin, parity, isospin, strangeness, baryon number and mean life... as Heim Theory has already given us?

Link to article here.
Hi Guys.

Seems to be a very different following in this thread. I was going to start a new one until I read the quoted post. So I'll put it here and look for comment instead.


We Know that energy is a slippery beast . Made harder to pin down Because in it's smallest guise, it doesn't sit still long enough to ask the hard question. I am not a person who believes in magic and EXPECT to be able to reason out problems. If not immediately, then eventually.
I have been coming to this forum for a few years now and have seen the same sticking points repeated over and over. One of these is using what I consider MACRO behaviors in a MICRO universe. By that I mean that every behavior that involves multiples is a macro behavior. Only the base energy value can be considered to be true in every case.
Multiples by their very nature involve variance. Whether in be because the position is different(which it will be in EVERY case) or because when we see them they have just one less base value constant that makes it a variance from being exactly the same.

So when I am trying to explain what takes place in the physical world that we perceive, I am very aware that I need to start from the base energy. At present we can measure energy down to a electron/photon quanta. and we can measure this the same way every time we see it.
The measure we can use is it's speed . Because it is always the same in every relative view, it is correct. But what makes it correct. The fact that it IS moving is a clue to the why. The medium DOES affect the result and even where we have an apparent near void, the measure stacks up. This means the medium needs the attention , rather than what we can perceive. Like many other I think that "space has more to offer than being seen as empty. However, since the measurement of the medium(space ) appears to be BELOW our ability to detect it, yet it supports the medium that is our smallest CORRECT energy, then space has a role of collusion with the energy we can detect within it.

Here's how I see it .

a quanta of energy that we can measure = 10
Space without our ability to detect energy in it = 9

When we see light "apparently" moving across space, The "Whole" value of each photon is not being transferred but just the single value which changes "imperceivable energy" to "perceivable energy".

Where mass is concerned this is an important real transfer, since we cannot perceive the mass of the universe which science suggest should be there, This may explain where the rest is hidden. Just below the perceivable value that we can measure.

Cheers
Iseason
MichaelB
QUOTE (djolds1+Nov 25 2008, 05:54 AM)
To say that different particles "live" in higher order dimensions is wrong. The higher order dimensions are "mathematical controls" only. The messenger particles are described by metrics composed of various dimensions (hermetry forms), but exist and are observable in 3D physical reality. Mechanisms that can convert the hermetry form metric of the photon to the metric of the gravitophoton would create an observable physical transformation, and provide direct physical evidence for the existence of the higher order steering dimensions. IIRC it is the metric of the gravitophoton that is described as being "degenerate," and thus particularly easy to alter.

Hi Duane,

I tried to give an impression how I understand the things Heim describes in his smaller books or the writings of von Ludwiger and others. But because this is at maximum just a superficial high level understanding, I'm trying to be quite cautious with anything I say.

So from my point view there doesn't have to be a disagreement with the description Hauser & Dröscher nowadays try to give in EHT and the general ideas one can get from the older publications of Heim. So Heim (or von Ludwiger) in the audio-recordings are definitely telling that the lower 6 (if we take the whole 12) dimensions (3-1-2) have to be interpreted physically. They are NO mathematical trick to have 2 more degrees (or 4 with 8 dims) of freedom. In fact in the recordings von Ludwiger says that in order to get anything out at all, there have to be 6 dimensions which are being deformed, else there wouldn't be all the "Hermetry-Forms" (put here the correct word) which give rise to the structures which eventually make up particles.
Now Dröscher extended HT to EHT by including the next 2 dimensions which make it possible to derive Quantum theory and the like (if I remember correctly). But in all what I read it was always stated that the upper 6 dimensions can't be interpreted physically anymore - and especially the upper 4 dimensions, they don't know much about.

Something else what appeared to me quite natural or beautiful was that the distortions of the 6 dimensional lattice can have, but don't have to, projections in the lower 4(3) dimensions. This is also where Heim gave one of these nice examples why there is (assumed the theory is correct) the quark-confinement. Because Protons, Neutrons are 6 dimensional structures (or structure fluxes (flows) - whatever is a correct english word)) where only part is "visible" in 3 dimensions and the inner zones of that structures which appear on scattering experiments don't have to behave like pure 3-D particles.

So in this sense I wanted to express that Photons "live" in dimensions 4,5,6. At least for instance in the small booklet "Das neue Weltbild des Physikers Burkhard Heim" page 97 (in the appendix) there is some drawing that says that Photons are structures of Hermetry-form b (dims. 4,5,6) and Gravitons of Hermetry-form a (just dims. 5,6).
E.g. the caption to the sketches says: "Physically possible structures as metric deformations of the space-lattice, resp. of Metron-condensations, in the sub-spaces of R6- ..."

I think there are just a lot of ways to describe the processes. So if the new calculations in lattice QCD yield acceptable results, there has to be some way that both things are equivalent in the long run. Maybe the former use Java and Heim used Lisp - something along these lines. :-)

But I don't mind getting corrected.


Michael


jreed
QUOTE (gdaigle+Nov 20 2008, 07:24 PM)
Stephan Dürr of the John von Neumann Institute for Computing in Jülich, Germany, and his team used more than a year of time on the parallel computer network at Jülich, which can handle 200 teraflops - or 200 trillion arithmetical calculations per second to calculate the mass of the B_c meson (charmed cool.gif. Their results were within 2% of the value measured by experiments.

Comment - Even though www.heim-theory.com has listings of mass calculated by Heim for several mesons, the charmed B is not one of them. Is there a more extensive list?

"
That's something that bothers me. There are many particles that have been discovered since Heim worked on his theory. When I try to calculate the mass of some of these, the Heim equations don't work, or at least they haven't worked for me. What the Heim Theory group does is look through the large lists of particle resonances, pick one out that closely matches the mass of the new particle and call it a match. I would like to see one of the new particle's masses calculated by using Heim's original formulas with new quantum numbers that match those of the particle instead of going to the resonance lists. Certainly not all these new particles can be just resonances of Heim's original set.

jreed
makuabob
I read an article recently on some deep space observations made in 2000 CE where the excitation states of hydrogen molecules and carbon atoms in a gas cloud (redshift ~2.3) gave very strong evidence that the Cosmic Microwave Background Radiation (CMBR) was, in fact, at a higher temperature (~9ºK) at that time in our universe's age, as represented by that redshift. I find it a convincing argument that, at that time, this part of the universe was experiencing excitation from the CMBR that was more than 6ºK above what we receive today. "Big Bang" proponents take this information as further proof that theirs is a correct interpretation of the facts.

Heim Theory has little to say outright as to HOW matter formed in the Heim universe. Auerbach and von Ludwiger suggest (in Heim’s Theory of Elementary Particle Structures JSE,Vol. 6, No. 3, pp. 217-231, 1992) that matter formed "more uniformly in scattered 'fire-cracker' like bursts, perhaps of galactic proportions." In the translation of Heim's Ottobrunn talk, he comments that matter formed chaotically. The age of the Heim universe at which matter is thought to have formed is ~10^98 years . (Heim’s theory results in a present age of the universe of ~5.45 x 10^107 years, and a diameter D of ~6.37 x 10^109 light years.) Assuming that Heim Theory CAN explain the proportions of matter in the early universe (hydrogen to helium ratio,... etc.), I have something of an idea as to how Heim's universe MIGHT have initially formed matter and produced what is now called the CMBR.

The "Inflationary Period" of the "Hot Big Bang" scenario is a problem that does not go away; something magically is supposed to have happened, and nobody knows just how! Is that magic, or what?! Heim dispensed with the need for an inflationary period with his understanding that the universe expanded BEFORE matter formed. The scenario being suggested here is:

The multi-dimensional Heim universe expanded for ~10^98 years. The metronic 'fabric' of space-time also expanded greatly and became unstable, meaning charged with potential energy. The volume of this Heim space-time is beyond immense. The fabric became 'torn,' in any number of isolated points, by random fluctuations. Each 'tear,' or initial buckling point, is a Flash-Point for matter formation and the event 'ignites' further formation by its release of the potential energy in the matrix which itself upsets more of the space-time fabric. A 'front' of matter formation and energy release races outward in all directions leaving matter and photons in the volume of space-time where it has passed.

Thus, speaking of our 4-dimensional universe, a spherical 'wall' of matter and photon formation races outward. (How fast? I don't begin to know, but really, really fast, is my guess.) The photons released, as formation occurs, radiate in all directions; some of it into the as-yet-undisturbed space-time matrix that it is expanding toward, perhaps abetting continued matter formation,... and some of the photons radiate back in the direction of matter already formed. That 'backward' radiation is subjected to the effect of Heim's quintessence (a.k.a., 'dark energy'), and the farther away the 'shell' of matter formation has receded, the 'colder' the 'backward' radiation appears when it reaches,...Oh!, Let's say,... the place where our planet is now. Thus, the Cosmic Microwave Background Radiation could be photons from the expanding shell of matter formation in the Heim universe,... not the "Surface of Last Scattering" espoused by the Big Bang folk!

So, it appears to me that Heim Theory can account for a CMBR and I submit this proposed scenario for consideration by any who may be looking at Heim Theory on the cosmic scale. If it is worth your, or some other's, time to peruse, please share any comments here in the Heim Theory thread.
hdeasy
QUOTE (MichaelB+Nov 25 2008, 06:29 PM)
Now Dröscher extended HT to EHT by including the next 2 dimensions which make it possible to derive Quantum theory and the like (if I remember correctly). But in all what I read it was always stated that the upper 6 dimensions can't be interpreted physically anymore - and especially the upper 4 dimensions, they don't know much about.

Something else what appeared to me quite natural or beautiful was that the distortions of the 6 dimensional lattice can have, but don't have to, projections in the lower 4(3) dimensions. This is also where Heim gave one of these nice examples why there is (assumed the theory is correct) the quark-confinement. Because Protons, Neutrons are 6 dimensional structures (or structure fluxes (flows) - whatever is a correct english word)) where only part is "visible" in 3 dimensions and the inner zones of that structures which appear on scattering experiments don't have to behave like pure 3-D particles.

So in this sense I wanted to express that Photons "live" in dimensions 4,5,6. At least for instance in the small booklet "Das neue Weltbild des Physikers Burkhard Heim" page 97 (in the appendix) there is some drawing that says that Photons are structures of Hermetry-form b (dims. 4,5,6) and Gravitons of Hermetry-form a (just dims. 5,6).
E.g. the caption to the sketches says: "Physically possible structures as metric deformations of the space-lattice, resp. of Metron-condensations, in the sub-spaces of R6- ..."

Hi Michael,

From e.g. the hermetry form table for the messenger particles given by Droscher & Hauser in their AIAA 2005 - 4321 paper, you see that photons actually live in H5 ( T1, S2, I2), i.e. all 5 imaginary dimensions of the 8 in H8 (see attached PDF) User posted image: User posted image

hdeasy
QUOTE (jreed+Nov 26 2008, 11:47 PM)
That's something that bothers me. There are many particles that have been discovered since Heim worked on his theory. When I try to calculate the mass of some of these, the Heim equations don't work, or at least they haven't worked for me. What the Heim Theory group does is look through the large lists of particle resonances, pick one out that closely matches the mass of the new particle and call it a match. I would like to see one of the new particle's masses calculated by using Heim's original formulas with new quantum numbers that match those of the particle instead of going to the resonance lists. Certainly not all these new particles can be just resonances of Heim's original set.

jreed
Yes, John: that is a bit of a problem. Without understanding the derivation of the mass formula thoroughly, it would be difficult to predict which quantum numbers to use, or if the particle should be viewed as a resonance.

At the moment the focus is more on the gravito-magnetic end of things. D & H have now submitted 2 papers to a peer reviewed journal noted for its rigour in the review process. Let's hope they get through soon as that will answer the critics who complained of lack of papers in the mainstream science media.

Hugh
djolds1
QUOTE (hdeasy+Nov 27 2008, 02:37 PM)
Yes, John: that is a bit of a problem. Without understanding the derivation of the mass formula thoroughly, it would be difficult to predict which quantum numbers to use, or if the particle should be viewed as a resonance.

At the moment the focus is more on the gravito-magnetic end of things. D & H have now submitted 2 papers to a peer reviewed journal noted for its rigour in the review process. Let's hope they get through soon as that will answer the critics who complained of lack of papers in the mainstream science media.

Hugh
Details? I know their July paper cited 2 arxiv submissions that have never shown up.

PS - Hugh, please drop me a private email for the membership list.

Duane
hdeasy
QUOTE (djolds1+Nov 28 2008, 03:07 PM)
Details? I know their July paper cited 2 arxiv submissions that have never shown up.

PS - Hugh, please drop me a private email for the membership list.

Duane
Hi Duane,

Yes, they have indeed submitted something to Arxiv as well. It's referred to in their journal submission. I can't give out details yet as the paper was only for my private use. I'll e-mail you on the list thing...
Hugh
Aero
Hi,
I have a "far out" question. I know that Tajmar et. al. have demonstrated a gravitational effect that is tangential to the spinning ring/helium and that Droscher and Hauser have proposed an experiment expected to demonstrate an axial effect. Has anyone considered the possibility of generating a radial effect, directed inward?

It seems that such a field might open an "inter dimensional door" between Heim universes, that is, to a Heim universe with a different "n" than our own. Does anyone have any thoughts on this?
djolds1
QUOTE (Aero+Dec 8 2008, 03:40 AM)
Hi,
I have a "far out" question. I know that Tajmar et. al. have demonstrated a gravitational effect that is tangential to the spinning ring/helium and that Droscher and Hauser have proposed an experiment expected to demonstrate an axial effect. Has anyone considered the possibility of generating a radial effect, directed inward?

It seems that such a field might open an "inter dimensional door" between Heim universes, that is, to a Heim universe with a different "n" than our own. Does anyone have any thoughts on this?

<br>The standard "hyperdrive" explanation (enter a parallel space/"hyperspace") before 2006 was as follows - positive/repulsive gravitophotons interact with the gravitons of the mechanism's self-gravitational field. This decreases the mechanism's inertial mass. Reduced inertial mass requires either the speed of light or gravitational constant of the universe to change. Neither of those requirements is possible, but the effect is real. Paradox. The paradox is resolved by "kicking" the mechanism into a "parallel space." Reduce the mechanism's inertial mass to 1/10,000th its "real" value, and you're kicked into space n=10,000.

Are you suggesting a "gate?" All descriptions thus far indicate that an appropriately designed Heim mechanism would effect itself, not a separate volume.
Aero
Well, yes, perhaps a "Star Gate." But the limited analysis I am capable of strongly hints that the inward radial gravitational effect would simply cancel itself out ... So I guess there is probably nothing there unless canceled gravity fields are of interest.
kurt9
QUOTE (djolds1+Dec 8 2008, 10:28 AM)

The standard "hyperdrive" explanation (enter a parallel space/"hyperspace") before 2006 was as follows - positive/repulsive gravitophotons interact with the gravitons of the mechanism's self-gravitational field. This decreases the mechanism's inertial mass. Reduced inertial mass requires either the speed of light or gravitational constant of the universe to change. Neither of those requirements is possible, but the effect is real. Paradox. The paradox is resolved by "kicking" the mechanism into a "parallel space." Reduce the mechanism's inertial mass to 1/10,000th its "real" value, and you're kicked into space n=10,000.
You say "before 2006". Is this "hyperdrive" explanation still valid?

I notice that Droecher and Hauser do not talk about this much (in order to present the more legitimate aspects of the theory). I still think they need to perform the experiment (Fermion coupling) that they have been proposing for nearly 2 years. I don't understand why they do not do this. Perhaps it is expensive, in the hundreds of thousands or million dollar range, to perform and they simply lack the financial resources to do it. My guess is that the superconductor material needed as well as some of apparatus is expensive.

Does anyone here have a guess as to how much it would cost to perform this experiment?

If Fermion coupling does not work, then they are back to Boson coupling, which requires the huge magnetic fields. Needless to say, the cost of apparatus to generate these will be far greater.

Can anyone "in the know" comment on this?
djolds1
QUOTE (kurt9+Dec 8 2008, 06:23 PM)
You say "before 2006". Is this "hyperdrive" explanation still valid?

I notice that Droecher and Hauser do not talk about this much (in order to present the more legitimate aspects of the theory).

Only sensible to drop reference to more far out possibilities if you concept stands the real possibility of near-term validation.

No reason I know of that the "hyperdrive" process explanation shouldn't still be valid. One complication may be the decay pathway of the neutral gravitophoton. Originally it was thought that there was only one decay path, into positive (repulsive) and negative (attractive) gravitophotons. More recently Droscher & Hauser have identified a second decay path, into a graviton and quintessence particle.

gp -> gp- + gp+
gp -> g + q

gp- & gp+ coupling and non-coupling were central to the "spacedrive" and "hyperdrive" processes. Generation of gravitons via the metric effect & not simply from the mechanism's natural self-gravitational field would appear to complicate the situation, as would additional "repulsive" messenger particles (q, not just gp+) effecting inertial mass reduction. No idea of the consequences, tho D&H do not appear to be concerned wrt the "spacedrive" process.

QUOTE (kurt9+Dec 8 2008, 06:23 PM)
  I still think they need to perform the experiment (Fermion coupling) that they have been proposing for nearly 2 years. I don't understand why they do not do this. Perhaps it is expensive, in the hundreds of thousands or million dollar range, to perform and they simply lack the financial resources to do it. My guess is that the superconductor material needed as well as some of apparatus is expensive.

There seems to be some unstated collaboration between Tajmar & D/H. D&H are obviously piggybacking their hypotheses & subsequent conclusions on Tajmar's work. But Tajmar may be mildly tweaking his experimental setups to help with possible observation of Heim phenomena. Tajmar's most recently described mechanism and conclusion (artificial gravity force originating in the helium coolant) was somewhat reminiscent of the described "fermionic" experiment. This possible collaboration remains speculation on my part however.

QUOTE (kurt9+Dec 8 2008, 06:23 PM)
Does anyone here have a guess as to how much it would cost to perform this experiment?

No idea.

QUOTE (kurt9+Dec 8 2008, 06:23 PM)
If Fermion coupling does not work, then they are back to Boson coupling, which requires the huge magnetic fields. Needless to say, the cost of apparatus to generate these will be far greater.

Pedantic/ON

You've got it reversed. Fermionic coupling requires the huge magnetic fields, Bosonic coupling has the lower technical requirements.

Pedantic/OFF wink.gif

QUOTE (kurt9+Dec 8 2008, 06:23 PM)
Can anyone "in the know" comment on this?

The higher-level paper(s?) mentioned by Hugh may shine some light on more rigorous experimental validation. One hopes.

Duane
djolds1
QUOTE (Aero+Dec 8 2008, 03:44 PM)
Well, yes, perhaps a "Star Gate." But the limited analysis I am capable of strongly hints that the inward radial gravitational effect would simply cancel itself out ... So I guess there is probably nothing there unless canceled gravity fields are of interest.
If you want to look at speculative possibilities, I'd focus on SFnal concepts "within" the bounds set by the "hyperdrive."

"Gravity plating"
"Acceleration compensators"
etc.
hdeasy
Tajmar is indeed talking to Droscher a lot - they are both Austrian physicists and also EHT was the only theory to PREDICT his effect a priori. Also note that in Tajmar's papers, he refers to 2 or 3 proposed theories for the effect, i.e. Heim's and an arbitrary, rather ugly add onn to the standard mmodel, assuming dark energy as the mechanism. But DE is much too weak and in EHT it's many orders of magnitude weaker than the gravitophoton force. So EHT is still the best candidate for the Tajmar effect.

On radial force: note that the force is a cross product between Mag field and disk motion... I think - so might be able to get it... I'll check later...
hdeasy
Tajmar is indeed talking to Droscher a lot - they are both Austrian physicists and also EHT was the only theory to PREDICT his effect a priori. Also note that in Tajmar's papers, he refers to 2 or 3 proposed theories for the effect, i.e. Heim's and an arbitrary, rather ugly add onn to the standard mmodel, assuming dark energy as the mechanism. But DE is much too weak and in EHT it's many orders of magnitude weaker than the gravitophoton force. So EHT is still the best candidate for the Tajmar effect.

On radial force: note that the force is a cross product between Mag field and disk motion... I think - so might be able to get it... I'll check later...
djolds1
QUOTE (hdeasy+Dec 9 2008, 01:32 PM)
Tajmar is indeed talking to Droscher a lot - they are both Austrian physicists and also EHT was the only theory to PREDICT his effect a priori. Also note that in Tajmar's papers, he refers to 2 or 3 proposed theories for the effect, i.e. Heim's and an arbitrary, rather ugly add onn to the standard mmodel, assuming dark energy as the mechanism. But DE is much too weak and in EHT it's many orders of magnitude weaker than the gravitophoton force. So EHT is still the best candidate for the Tajmar effect.

On radial force: note that the force is a cross product between Mag field and disk motion... I think - so might be able to get it... I'll check later...

It seems to me that the described early fermionic propulsion device & Tajmar's most recently described experimental setup have similarities. The descriptions of the fermionic test stand and "all up" devices are the most detailed available wrt the technical details about device function.

Fermionic EHT:
* Immobile EMF induction coil
* Rotating torus, described as being loaded with low-Z hydrogen. The Z of the element or isotope used was cited as important in early EHT papers. Higher Z materials require higher Tesla fields to create a Heim-Lorentz Force.
* Rotating Low-Z material & magnetic field interact to create a metric altering effect. Virtual particles are ripped from the vacuum in close proximity to the low-Z atoms, and converted into real gravitophotons.
* Gravitophotons couple to the material of the rotating torus, imparting a force.
* Thus the artificial gravitational field by necessity originates in close proximity to the low-Z "filler" material in the torus.

Tajmar:
* Rotating superconductive torus in flask.
* Superconductive torus surrounded by a mass of (IIRC rotating) helium for cooling. Helium is of course low-Z, only one step "up" from hydrogen.
* Tajmar's artificial gravitational field is described as originating from within the low-Z coolant.

In both cases, an emf/magnetic field source is in close proximity to a rotating low-Z mass.

The Tajmar example seems to offer an intriguing possibility for the EHT test stand experiment and all-up 1 Meganewton propulsion unit. My understanding is that both scales of EHT mechanisms envision using a solid structural torus or disk loaded with hydrogen, in either liquid or gas form. Rotational velocity of the torus/discus is a contributing factor to the intensity of the force generated. Use of an all-gaseous torus/flow without a retaining structural element may allow significantly higher rotational velocities, and thus higher force intensities. That force may need to be somehow coupled to a structural element, as described for the fermionic process; OTOH, the most recent EHT papers describe the Heim mechanism as "falling" into its own artificial geodesic. If the currently understood Bosonic propulsion effect is a "passive" fall into an artificial gravity well, would physical coupling the discus/mechanism to the structural elements of a notional vehicle even be necessary?

Duane
Aero
You remind me of a thought that occurred while reading the Droscher et. al . paper section on propulsion and rotating hydrogen. Metal hydrides are capable of storing an amazing volume of hydrogen. For example, palladium can absorb up to 900 times its own volume of hydrogen. They were looked at as a hydrogen fuel storage medium but discarded IIRC because they are dangerous at suitably high storage levels. But maybe a rotating metal hydride disk at super cold temperatures could overcome the explosion hazard. or maybe the hazard was due to the heat applied to recover the hydrogen from storage. In any case, people are still working on it (Google) so maybe its not such a serious problem.
Just looking for a way to rotate a higher number of hydrogen atoms in the fixed volume of the disk.
djolds1
QUOTE (Aero+Dec 11 2008, 02:02 AM)
You remind me of a thought that occurred while reading the Droscher et. al . paper section on propulsion and rotating hydrogen. Metal hydrides are capable of storing an amazing volume of hydrogen. For example, palladium can absorb up to 900 times its own volume of hydrogen. They were looked at as a hydrogen fuel storage medium but discarded IIRC because they are dangerous at suitably high storage levels. But maybe a rotating metal hydride disk at super cold temperatures could overcome the explosion hazard. or maybe the hazard was due to the heat applied to recover the hydrogen from storage. In any case, people are still working on it (Google) so maybe its not such a serious problem.
Just looking for a way to rotate a higher number of hydrogen atoms in the fixed volume of the disk.

Sure.

But what are the structural limits of any solid discus? Eventually a solid item is going to disintegrate from the centrifugal forces created by high speed rotation, just like a flywheel pushed too far. However, if you keep the necessary material gaseous, it may be possible to extend the range of operation.

Duane
Jossarian
QUOTE (Aero+Dec 11 2008, 02:02 AM)
You remind me of a thought that occurred while reading the Droscher et. al . paper section on propulsion and rotating hydrogen. Metal hydrides are capable of storing an amazing volume of hydrogen. For example, palladium can absorb up to 900 times its own volume of hydrogen. They were looked at as a hydrogen fuel storage medium but discarded IIRC because they are dangerous at suitably high storage levels. But maybe a rotating metal hydride disk at super cold temperatures could overcome the explosion hazard. or maybe the hazard was due to the heat applied to recover the hydrogen from storage. In any case, people are still working on it (Google) so maybe its not such a serious problem.
Just looking for a way to rotate a higher number of hydrogen atoms in the fixed volume of the disk.

How to put large volume of Hydrogen into palladium has been already perfected by Cold Fusion scientists:
Lenr-Canr Library

Yes, this can be risky. There were nasty explosions happening during some hot electrolysis experiments.

Regards,
/Joss
Aero
Leave the hydrogen gaseous. How would this work? Would you put the gas in a torus and pump it around the circle at high speed? I can see that concept but the gas density would be rather low compared to the hydrogen density in a metal hydride. I guess the trade-off is speed of rotation of gas at low density compared to speed of destruction of metal hydride at high density.

Of course we could do things to either configuration to improve its performance. As for pumping the hydrogen gas at high speeds, what of the heating effect of fluid friction on the cryogenic system? Note that the metal hydride would need to be contained to avoid out-gassing of hydrogen into the helium bath. But I get ahead of myself. The first question is, does hydrogen in the form of metal hydride behave as a low Z material as is required by the experiment, or does the hydrogen undergo a fundamental change of character that negates its use for this purpose?

Joss - Thanks for the link. But I don't really understand the terminology that well. I see achieved loading ratios above 0.9, but what is the corresponding volume ratio of hydrogen? Am I correct in thinking that a volume ratio of 900 under standard conditions is equivalent to hydrogen gas under 900 atmospheres of pressure?

bprager
Maybe we should drill on Jupiter for metallic hydrogen? But we would need a pretty large Heim drive to get that back to Earth I guess.
wink.gif
djolds1
QUOTE (Aero+Dec 11 2008, 04:48 PM)
Leave the hydrogen gaseous. How would this work? Would you put the gas in a torus and pump it around the circle at high speed? I can see that concept but the gas density would be rather low compared to the hydrogen density in a metal hydride. I guess the trade-off is speed of rotation of gas at low density compared to speed of destruction of metal hydride at high density.

Of course we could do things to either configuration to improve its performance. As for pumping the hydrogen gas at high speeds, what of the heating effect of fluid friction on the cryogenic system? Note that the metal hydride would need to be contained to avoid out-gassing of hydrogen into the helium bath. But I get ahead of myself. The first question is, does hydrogen in the form of metal hydride behave as a low Z material as is required by the experiment, or does the hydrogen undergo a fundamental change of character that negates its use for this purpose?

Aerodynamic pumping is the general idea. There's been plenty of research on high speed gaseous and plasma vortices over the years. The housing would be whatever shape proved most appropriate for the mechanism - torus, disk, hollow cylinder or sphere, etc. Pumped to near vacuum I'd assume, and perhaps using various corrugations, vanes etc inside the gas-flow part of the housing to enhance rotational velocity and/or keep the mass flow in the desired geometrical shape (torus, disk, etc). Scamjets & PDWEs have done a lot of work with such internal flow control tricks.

Dunno about heating effects and possible transition to a plasma. IIRC the early papers implied a solid structure and specified rotational velocities of several thousand radians per second. I don't know if hydrogen in a complex molecular form would matter. As long as the material remained the desired atomic type I think it would be sufficient. The early papers implied loading only the desired interacting material into a void within the solid rotating structure.

Duane
Jossarian
QUOTE (djolds1+Dec 11 2008, 06:45 PM)
Aerodynamic pumping is the general idea. There's been plenty of research on high speed gaseous and plasma vortices over the years. The housing would be whatever shape proved most appropriate for the mechanism - torus, disk, hollow cylinder or sphere, etc. Pumped to near vacuum I'd assume, and perhaps using various corrugations, vanes etc inside the gas-flow part of the housing to enhance rotational velocity and/or keep the mass flow in the desired geometrical shape (torus, disk, etc). Scamjets & PDWEs have done a lot of work with such internal flow control tricks.
...

Why do not follow general idea how the electric engine works? Please notice that gaseous torus is like one coil of wire inside of electric engine. Maybe there should be higher number of such "coils" to enhance the effect of magnetic field passing thru it. Something in form of helical pipe.

Regarding palladium loading ratio.
Number 0.9 means that for every atom of palladium there is about 0.9 of atom of hydrogen trapped inside metal lattice.
Explosions might have been triggered by high temperature during "plasma glow discharge" which included deuterium instead of hydrogen:
QUOTE
The changes of temperature during the explosive reaction were different from the usual experiment.
The cell was placed inside a constant temperature air-cooled incubator (Yamato 1L-6) with the outer door open, and the inner Plexiglas safety door closed. The event occurred in the first stage of the experiment before plasma normally forms. The input voltage and current were 15 V and 1.5 A at 40 s, or 22.5 W, as shown in Fig. 6. Input power was supplied for 10 s, so total input was roughly 300 J.
Within 10 seconds after turning on the power, the cell temperature began rising steeply. It rose to 80ºC and a bright white flash surrounded the cathode. The light expanded to the solution and at the same instant the cell was shattered by the sharp increase of inner pressure.
The explosion blew off the Plexiglas safety door and spread shards of Pyrex glass and electrolyte up to 5 ~ 6 m into the surrounding area.
Here is Mizuno paper about this explosion.

Here is another example.

These cases included usage of Deuterium. Is usage of Hydrogen safe then?

/Joss
Aero
That's interesting. I know that Tajmar's rotation rates are currently much below several thousand radians per second. Maybe on the order of 1000 radians per seconds.

It might be difficult for Tajmar to modify his experiment to test the use of gaseous hydrogen but it would only take money for the proper sized palladium disk to test the metal hydride concept. But then, what would it prove. My knowledge is limited in details of the current experiment.

For example, what is the density of the rotating helium. It is liquid, is it not. I guess we need to know density in terms of moles per unit volume to be useful. Then what is the density of hydrogen at 900 atmospheres in the same units. And what is the anticipated percent advantage of using hydrogen over helium? What rotation rate can we expect from the metal hydride ring and to what extent can it be reinforced to withstand the rotation rate of his experimental setup without determent to the experiment? Can we then estimate the gravitational effect anticipated?

These answers should give Tajmar an idea of whether or not the the experiment is worth pursuing.
DEK46656
Would the rotation of the material (gas in some form of container, or metal hydride ring, etc) encounter some form of braking effect (impedance) due to the influence of the strong magnetic field? I would assume yes, so the next question would be which approach is the most practical to overcome such an impedance?

It is one thing to get the material up to speed, it’s another to keep it there, or for that matter to change it; faster, slower, more or less density, etc.
djolds1
QUOTE (Aero+Dec 11 2008, 10:50 PM)
That's interesting. I know that Tajmar's rotation rates are currently much below several thousand radians per second. Maybe on the order of 1000 radians per seconds.

It might be difficult for Tajmar to modify his experiment to test the use of gaseous hydrogen but it would only take money for the proper sized palladium disk to test the metal hydride concept. But then, what would it prove. My knowledge is limited in details of the current experiment.

For example, what is the density of the rotating helium. It is liquid, is it not. I guess we need to know density in terms of moles per unit volume to be useful. Then what is the density of hydrogen at 900 atmospheres in the same units. And what is the anticipated percent advantage of using hydrogen over helium? What rotation rate can we expect from the metal hydride ring and to what extent can it be reinforced to withstand the rotation rate of his experimental setup without determent to the experiment? Can we then estimate the gravitational effect anticipated?

These answers should give Tajmar an idea of whether or not the the experiment is worth pursuing.

The difference between Tajmar & the Heim mechanism is that the solid rotating disk in the Tajmar experiment is a superconductive emf source. In the Heim mechanism the rotating disk is not set up as a conductor. The solid disk in the various "canon" Heim mechanisms is IMO analogous to the helium coolant in the Tajmar device. I think that testing palladium "loaded" with hydrogen would still require an external emf coil/source. You couldn't just swap it out for Tajmar's niobium coils, instead you'd need to swap it out for the coolant; the low-Z material is entirely separate from the emf source.

And according to the late Dr. Robert Bussard, we could probably use Nickel instead of Palladium:
http://www.talk-polywell.org/bb/viewtopic.php?t=717

I'll review the earlier Heim & latest Tajmar papers over the next day or two to try and catch the fine details.

Duane
Aero
In one of his tests, Tajmar added fins to his sample holder to spin helium. The test gave good results. I propose that we analytically evaluate the results expected if he made a direct substitution of metal hydride for the spinning helium sample.

Heim says to see a gravity effect, you must spin a low Z material. Well, if we lower the Z of the spinning material and see a larger effect, that confirms Heim Theory prediction. We can check this analytically, but Tajmar can check it experimentally.

I do not suggest that Tajmar rebuild his experimental setup. I do suggest that he may want to try a palladium hydride sample disk, if the material is not to expensive. But, before we send him an email, we should do what calculations we can to estimate the gravity effect that he should expect, in order to help him decide. If we cannot expect a significant improvement, then its probably not worth doing.
Aero
This is my attempt calculate the expected value of the gravitational anomaly in Tajmar’s experiment when a rotating disk of palladium metal hydride is substituted for the finned aluminum dish filled with helium. This concept is rooted in Heim theory and the need to rotate low Z material to achieve field propulsion.

From Tajmar’s published paper (Aug. 2008), when rotating a helium filled aluminum, finned dish at 420 radians per second, an anomalous acceleration of about 1.4 E-5 was detected. I am unsure of the units. They are given as radians per second, but that is a velocity? I am also unsure of the capacity of the finned dish, so I don’t know how much helium was being rotated. However, assuming that the metal hydride disk can be made with the same volume as the helium filled dish, I proceed in this manner.

The atomic weight of Helium is 4.003 grams/mole, with a density of 124.912 Kg/m^3 at its boiling point ~ 4 degrees K. The atomic weight of Hydrogen is 1.00794 grams/mole, with a density of 0.0899 Kg/m^3 at standard conditions. Loading Palladium with hydrogen to form the metal hydride gives 900 times the amount of hydrogen, hence a density of about 80.91 kg/m^3 of hydrogen. Cooling it to 4 degrees K will not change the number of atoms.

Now, a unit volume will contain (124.912 / 4.003) of Helium atoms and (80.91 / 1.00794) of Hydrogen atoms for some unknown unit volume. But it is the ratio that is of interest. The unit volume of Helium contains 31.20 atoms, while it can contain 80.27 atoms of Hydrogen in the form of Palladium metal hydride.

If the effect of Tajmar’s experiment depends simply on the number of low Z atoms rotated, then using Palladium metal hydride should increase the effect by a factor of about 2.6. That assumes the effect is not dependent on the Z number of the atoms and that atoms in the Palladium lattice behave the same as free atoms do. I could not begin to guess the math needed to include the Z number in the calculations, however Heim theory seems to indicate that the effect will be stronger when rotating a lower Z material.

Any help with this analysis will be appreciated.
Cusa
How much energy is in moving matter?

C squared multiplied by the Gamma Factor for motion.

This is the fundamental energy quantity definition.

Mitch Raemsch
Jossarian
From Slashdot:

A new study of 86 galaxy clusters in the early universe has provided independent confirmation of the existence of dark energy.
In its absence, gravity's pull should have caused the number of clusters to increase by a factor of 50 over the last 5.5 billion years. What is observed is a factor of 10 increase.


Article:
Dark Energy Stunts Galaxies’ Growth

/Joss cool.gif
Jossarian
Here is Arxiv paper on this subject.
Have a nice reading.

/Joss
makuabob
QUOTE (Jossarian+Dec 17 2008, 03:25 AM)
From Slashdot:

A new study of 86 galaxy clusters in the early universe has provided independent confirmation of the existence of dark energy.
In its absence, gravity's pull should have caused the number of clusters to increase by a factor of 50 over the last 5.5 billion years. What is observed is a factor of 10 increase.


Article:
Dark Energy Stunts Galaxies’ Growth

/Joss  cool.gif

Ah, ha! Beat me to it! (I gave up on SlashDot a while back.)

It seems, as mentioned decades ago by Heim, only galaxy clusters are gravitationally bound. Beyond their 'edge,' quintessence has a repulsive force. Superclusters of galaxies are a figment of someone's imagination!

And this article even deigned to mention that theories with "hidden" dimensions are being considered! Gasp!! ohmy.gif

QUOTE
The study strengthens the evidence that dark energy is the cosmological constant. Although it is the leading candidate to explain dark energy, theoretical work suggests it should be about 10 raised to the power of 120 times larger than observed. Therefore, alternatives to general relativity, such as theories involving hidden dimensions, are being explored.


<br>However, mentioning the name of Burkhard Heim must be anathema to astrophysicists just as "astrology" sends astronomers into apoplectic fits! laugh.gif
Jossarian
More good news today.

EMC2 POLYWELL WB-7 report positively passed peer-review according to Alan Boyle:
QUOTE
An EMC2 team headed by Los Alamos researcher Richard Nebel (who's on leave from his federal lab job) picked up the baton from Bussard and tried to duplicate the results.
The team has turned in its final report, and it's been double-checked by a peer-review panel, Nebel told me today. Although he couldn't go into the details, he said the verdict was positive.
Read more here:
Fusion we can believe in?

Have a nice day. biggrin.gif
/Joss
makuabob
Wow! Talk about your ad hoc explanations!

In what seems to me to be a flight of fantasy, cosmolgists have created a 'model' of what happened BEFORE the "Big Bang." In this article, they not only call up that hypothetical particle the "inflaton" but they throw in (up?) the "curvaton" to help make their case. sad.gif

Heim Theory really needs to get its cosmogeny in order. Someone with a workable comprehension of EHT needs to work out how matter formed in the already-expanded multi-dimensional Heim space,... perhaps something producing individual volumes of galactic-cluster sized matter.

The "Big Bang" is being massaged, liposuctioned, implanted and face-lifted to be the darling explanation. How about a little attention to Heim's Theory?
DEK46656
QUOTE (makuabob+Dec 19 2008, 07:21 AM)
Heim Theory really needs to get its cosmogeny in order. Someone with a workable comprehension of EHT needs to work out how matter formed in the already-expanded multi-dimensional Heim space,... perhaps something producing individual volumes of galactic-cluster sized matter.

I hate to say this, but until Heim Theory gets “out of the woods” and into main stream discussions, that isn’t going to happen.
Jossarian
Agreed, Heim cosmogony seems to be superior to current "mainstream" cosmogony theory of Big Bang which is build on faulty assumption that red-shift is due to Doppler effect. Even the Hubble himself didn't believed in that!

Heim is claiming that:
QUOTE
An approximation into the past leads to a temporal zero point. At this point there only existed a start quantity of metrons (Trinity of spheres = Sphärentrinitaet)  -10^108 years ago. Metrons then divided and multiplied, forming over a very long period of time an expanding but completely empty space.
Only when achieving a critical size it came to a sudden origin of matter because of breaks in symmetry approx. 15...40 billion years ago in the entire world (matter is inhomogenous compressed space). From evenly distributed generative areas then matter was generated in the entire space. Heim says: This must have looked like a firework.
These generative areas still throw their trace today. We can watch them as so-called space bubbles which is a bubble-like arrangement of matter in the universe which is observed by astronomers.
Some thoughts of mine regarding these fireworks.

Heim Theory states that there are parallel universes which are "bordering" with our universe. In these universes physical constants are different, this difference is proportional to "distance" between these universes. If we consider one of these fireworks then it seems logical that it "exploded" not only in our universe but also in number of other bordering universes as well. Area of this "explosion" is limited in space in our R^3 universe and similarly existing in limited number of parallel universes. Limited number because existence of matter is constrained by values of physical constants and in some "far" universe matter might be not existing.
Result of that process is that matter structures (like galaxy clusters) in our universe and its neighboring universes are overlapping and influencing each other with gravity.

This will be seen in our R^3 space as not visible mass ("dark matter") influencing visible mass.
This effect sums up with Heim quintessence (weak repulsive field).

This "invisible" part of matter structures can give effects like this one:
Bullet Cluster
There are two clusters of galaxies (remains of two "fireworks") colliding with each other. Measures show that they centers of mass are shifted outside and not matching with with visible matter position. Scientists are explaining that this is due to some "Dark Matter" existing in both clusters. According to Heim Theory they are only observing part of matter which is colliding because this observation is limited to R^3 and also observing gravitational influence of whole multi-universe matter structure of both "fireworks". Visible matter is only R^3 cross-section of multi-universe structure.

Now come back to Chandra Cluster Cosmology Project 3 (CCCP3).
They previous paper (CCCP2) describes how they measured and statistically proved that cosmological constant have to be used to explain what is seen.

They have mentioned about running N-body simulations to compare theoretical models with observations. Isn't that obvious that this kind of simulation can be used as verification of Heim Theory?
Maybe Droscher&Hausner could make contact with CCCP team and ask them to alter they "statistical" analysis accordingly?

What they have to consider for sure:
1. Red-shift measurements are used by CCCP for distance calculations (assuming Doppler red-shift), but this can be influenced by local fluctuations of quintessence field (as Heim is claiming).
2. Influence of mass hidden in parallel universes (as I've described this above) , know as Dark Matter.
3. Heim corrected gravitational law (quintessence - gravity starts to be repulsive at large distances), known as Dark Energy.

One funny thing:
They assumption that redshift is due to Doppler effect (we are reading Bing Bang between the lines) contradicts with assumption that cosmological constant is not zero (we are reading that Universe is static -> not expanding -> NO Big Bang). Mainstream cosmology is really SCREWED. laugh.gif

Last issue. Heim Theory wikipedia article doesn't contain ANY information regarding cosmology. Anyone got knowledge & some spare time?

Regards,
/Joss
bprager
QUOTE (makuabob+Dec 19 2008, 11:21 AM)
The "Big Bang" is being massaged, liposuctioned, implanted and face-lifted to be the darling explanation. How about a little attention to Heim's Theory?
I am not sure if that is in the moment even a good idea. The Big Bang receives currently so many adulations from mainstream that serious discussions about "other perfectly natural" reasons for Red Shift and Background Radiation would just make it more difficult to get honest attention to Heim's theory.
bprager
QUOTE (DEK46656+Dec 19 2008, 12:32 PM)
I hate to say this, but until Heim Theory gets “out of the woods” and into main stream discussions, that isn’t going to happen.
I am not sure if that is in the moment even a good idea. The Big Bang receives currently so many adulations from mainstream that serious discussions about "other perfectly natural" reasons for Red Shift and Background Radiation would just make it more difficult to get honest attention to Heim's theory.
DEK46656
QUOTE (bprager+Dec 19 2008, 10:58 AM)
I am not sure if that is in the moment even a good idea. The Big Bang receives currently so many adulations from mainstream that serious discussions about "other perfectly natural" reasons for Red Shift and Background Radiation would just make it more difficult to get honest attention to Heim's theory.

Actually, that was what I was intending. Until the theory itself is being given serious consideration for other aspects, it would not stand a chance; in fact it could be vehemently attacked before there is anyone available to fully debate its merits.

Joss
I give you that at the time of the fireworks, they may have gone off in the parallel universe(s). Actually I would guess that given the general description of matter forming in this universe that a series of fireworks “could have gone off” at different times in different universes. In that sense, when the event occurred here, it may have been the only one to occur at that time (is there a better word to use than time?) However, I don’t know that I would go so far as to assume any connection or influence between one universe to those near it.

It seems to me that you present that quintessence could be due to the influence of mass in parallel universes, acting like dark matter, but from what I’ve read, it is one of the “forces” predicted due to the mathematics used.

Personally I don’t think much about the dark matter / dark energy arguments; they smack too much of “magic” or “hand of god” kind of arguments. It’s one of the reasons I like Heim theory as much as I do: forces of nature that are described from a mathematical model that has some testable predictions.

BTW: I always thought of the event of matter forming (in Heim cosmology) as something analogous to the sudden condensation of water droplets in a high humidity environment. Some event starts the condensation, and it triggers the same effect away from it. It might look similar to a big bang, but it could happen in multiple places at the same time. The event to trigger it would have been something to do with the changing size of the metron: when metrons divide / shrink / whatever, does it happen simultaneously across the universe, or does it start in one spot and cascade out from there?

Just my 2 cents…
Aero
Just some thoughts. If we hypothesize that "Dark Matter" is just the leak through of gravitation from parallel universes, then what percent of the gravitational fields leaks through?

First, since the leak through effect would be reciprocal, would it result in a net zero effect? No, because we observe only one universe while there are many parallel universes in Heim theory. How many, N is the number but what is its value?

Second, to add up the total mass in all of the N universes we can assume they contain on average the same total mass as our universe, then we get TOTAL MASS = N * Mass of our universe, and PARALLEL MASS = (N-1) * Mass of our universe.

Third, MISSING MASS = Dark Matter = Leak through coefficient * PARALLEL MASS.

Now we can calculate the leak through coefficient and then play all sorts of games with Metron size induced gravitational resonance, quintessence, and whatever else we can think of. But first, the hypothesis should be stated in a nice, neat testable form.
Jossarian
QUOTE (Aero+Dec 27 2008, 03:17 PM)
Second, to add up the total mass in all of the N universes we can assume they contain on average the same total mass as our universe.

I think that this assumption might be not correct. Due to different physical constants matter might not form itself in some of parallel universes.

We can assume instead that universes "close" to ours Universe are similar in form and simply ignore distant universes with they might be exotic form.

Anyway, I think that If D&H could come up with some proposal about this "leak through coefficient" it would be great.

/Joss
makuabob
QUOTE (DEK46656+Dec 27 2008, 09:41 AM)

BTW: I always thought of the event of matter forming (in Heim cosmology) as something analogous to the sudden condensation of water droplets in a high humidity environment.  Some event starts the condensation, and it triggers the same effect away from it.  It might look similar to a big bang, but it could happen in multiple places at the same time.  The event to trigger it would have been something to do with the changing size of the metron…

<br>Yes, just what was mentioned earlier in this discussion!

Additionally, now that I have put more thought into the subject, the CMBR is the obvious relic radiation from the initial formation of particles/energy (the word 'creation' is a no-starter here) in our Heim universe. It will have the observed features because very similar things occurred.

The chaotic formation of matter (with or without mass) should have left the universe 'fogged' with a matrix of photons, leptons and hadrons (yes, I mispelled it initially!) which became 'clear' to the photons as the electrons and protons combined for the first time ever (in this universe, anyway) and the 'fog' disappeared.

"Ah!," you say, "Then why isn't the universe clear throughout?" Well, actually, it is! However, due to propogation delay (electromagnetic information moves at lightspeed), we only see as far as the universe is old. The CMBR represents the edge of our , as Burkhard Heim said, visible universe. We can't see beyond there because the information has not had time to arrive where we are.

The CMBR is the temperature that it has right now due to redshift, induced by a.) quintessence and b.) the expanding Heim triality (which how this all spread out to start with). In the case of "a," the photons must pass through expanding space (due to quintessence) and in the case of "b," the particles from which the photons last scattered were already receding due to the expanding space-time matrix from which they formed.

That's enough for now. I imagine a few have nodded off already. This is pretty much a no-brainer but it can't be considered viable because it is not main-stream science. This is obviously whack-o, nut-case rambling-on. "Established" science KNOWS this can't be true; they already have it figured out, with their "inflatons" and "curvatons" and "inflationary period" and "quantum flucuations in the primordial plasma which-gave-rise-to-the-galactic-cluster-sized-variations-measured-by-WMAP."

So, move along! Nothing to see here! Go ahead! Move along!...
makuabob
Oh,.. and for those of you who didn't understand the reference to "lock your wigs,..." and have never heard The Firesign Theater's I Think We're All Bozos On This Bus, a reasonable ( blink.gif ) article can be found in Wikipedia.

Their whimisical cosmogony should at least be listened to,... if not taken seriously! Hey, my guess is that some mainstream cosmologists would find it AND Heim Theory equally laughable!
Aero
QUOTE (Jossarian+Dec 27 2008, 09:42 PM)
I think that this assumption might be not correct. Due to different physical constants matter might not form itself in some of parallel  universes.

We can assume instead that universes "close" to ours Universe are similar in form and simply ignore distant universes with they might be exotic form.

Anyway, I think that If D&H could come up with some proposal about this "leak through coefficient" it would be great.

/Joss

I agree that the assumption is probably wrong, but I believe its bad physics to assume that our universe has a favored place in the Heim Multi-universe. I think there is another way to approach the question. The Heim Multi-universe has been expanding for some huge number of years, but mass formed only a smaller but still huge number of years ago. At that time, there existed a number, N' of parallel universes which contained no mass. It is therefore safe to assume that the number of universes containing mass = N - N' so that the number of parallel universes containing mass = N - N' - 1. If we could discover the value of N', then we could calculate a corrected value of the total parallel mass without arbitrarily assuming "closeness."

We could consider that the leak through coefficient might be different for different parallel universes. I imagine an effect not unlike resonance, where the parallel universe metron size is an integer multiple of the plank length, or half integer multiples. Is that all of them? Are the metron sizes in each and every parallel universe equal to an integer multiple of the plank length of our universe? Maybe yes? If so, this approach seems to be not helpful unless resonance in 6 dimensions is different than my three dimensional understanding.

We also need to remember that in Heim theory, gravitational effect only reaches 47 megaparsecs, though I am not sure how to factor this into the leak through coefficient hypothesis, or for that matter, into the Dark Matter hypothesis.
djolds1
The Big Bounce - LQG Cosmology

http://www.newscientist.com/article/mg2002....html?full=true

Did our cosmos exist before the big bang?
* 10 December 2008 by Anil Ananthaswamy

ABHAY ASHTEKAR remembers his reaction the first time he saw the universe bounce. "I was taken aback," he says. He was watching a simulation of the universe rewind towards the big bang. Mostly the universe behaved as expected, becoming smaller and denser as the galaxies converged. But then, instead of reaching the big bang "singularity", the universe bounced and started expanding again. What on earth was happening?

Ashtekar wanted to be sure of what he was seeing, so he asked his colleagues to sit on the result for six months before publishing it in 2006. And no wonder. The theory that the recycled universe was based on, called loop quantum cosmology (LQC), had managed to illuminate the very birth of the universe - something even Einstein's general theory of relativity fails to do.

Einstein's relativity fails to explain the very birth of the universe

LQC has been tantalising physicists since 2003 with the idea that our universe could conceivably have emerged from the collapse of a previous universe. Now the theory is poised to make predictions we can actually test. If they are verified, the big bang will give way to a big bounce and we will finally know the quantum structure of space-time. Instead of a universe that emerged from a point of infinite density, we will have one that recycles, possibly through an eternal series of expansions and contractions, with no beginning and no end.

LQC is in fact the first tangible application of another theory called loop quantum gravity, which cunningly combines Einstein's theory of gravity with quantum mechanics. We need theories like this to work out what happens when microscopic volumes experience an extreme gravitational force, as happened near the big bang, for example. In the mid 1980s, Ashtekar rewrote the equations of general relativity in a quantum-mechanical framework. Together with theoretical physicists Lee Smolin and Carlo Rovelli, Ashtekar later used this framework to show that the fabric of space-time is woven from loops of gravitational field lines. Zoom out far enough and space appears smooth and unbroken, but a closer look reveals that space comes in indivisible chunks, or quanta, 10-35 square metres in size.

SNIP
DEK46656
OK, even though these are intriguing thought experiments, I do not readily accept the idea that the impact of matter in a parallel universe would leak through into this universe and be deemed as the influence of dark matter.

From what I recall, the same theory and math that provides the particle mass formulas also supplies additional “forces of nature”, one of which is quiescence. Quiescence (Gq) has properties that appear to explain the existence of the expansion of the universe (technically the red shift observed). That unexplained red shift (as well as other gravitational anomalies) gave rise to the need for something like dark matter/energy. This is a house of cards; dark matter/energy is unproven in as such that no one has ever collected any, they have just seen something happening and are using the affects to infer that it does.

There is no reason to answer “what is dark matter” if it really doesn’t exists and the anomalies that are seen can be answered by some other force. The initial focus should be IMHO on the strength of influence of Gq: it should be closely examined to determine if it actually “fits the bill” to explain these issues. What I would consider the most intriguing proof would be the galactic arm issue. I brought this up earlier in this thread, and at the time asked if anyone had the skills, insight, or time to see if Gq could address that issue.

Now don’t get me wrong, I like idea of exploring the parallel universes aspect (I’ve noted that earlier in the thread); specifically whether or not matter could exist in those universes and if so what properties that matter might have. The idea of having a Heim propulsion ship slip into a parallel universe only to find out that the basic chemical reactions that life depends on not work would be a bad thing.
Aero
Well, there seems to be about a 96% shortage of identifiable mass in this universe. I don't know where it is, but neither do I know of any aspect of Heim theory that points to a "leak through coefficient." It was just an idea. Maybe something in LQT points to an answer, and maybe quiescence will give an answer but to me, the order of magnitude seems wrong for quiescence.

This thread is verging on 154 pages so things you may have posted earlier are lost in the mists by now. Perhaps you would like to post them again, or post a link to the original.

As for this:
QUOTE
The idea of having a Heim propulsion ship slip into a parallel universe only to find out that the basic chemical reactions that life depends on not work would be a bad thing.
Would be a little rough the first time. Might work OK for a robot transport or for FTL communications, if transport in that particular parallel universe was significantly faster than other routes.
djolds1
QUOTE (Aero+Dec 31 2008, 11:11 PM)
QUOTE
The idea of having a Heim propulsion ship slip into a parallel universe only to find out that the basic chemical reactions that life depends on not work would be a bad thing.
As for this:
Would be a little rough the first time. Might work OK for a robot transport or for FTL communications, if transport in that particular parallel universe was significantly faster than other routes.
I don't see it happening. IIRC all that happens in a "parallel space" of the FTL process is that the local speed of light (c') is raised from ours by an integral value. Local values for other constants are altered accordingly. The mechanism's velocity as a % of the speed of light is conserved by the transition. I.e. if you're traveling @ 1% c in "real space" and "jump" to a parallel space, you're traveling @ 1% of c'. Given that transformation the other constants should be identical to those of "real space." IOW you don't disintegrate into nothingness after the "jump."

Other "universes" would be the result of other "quantized bangs" in the background "primeval" universe. These wouldn't be the "parallel universes" of scifi, nor the "parallel spaces" of the FTL process. They're simply separate and distant physical realms in the same "real space" (i.e. primeval universe) as our own. Set theory: each "parallel" universe is a subset of the superset (the "primeval" universe). Whether these "parallel universe" would have the same physical laws as our own... I have no idea.
Olaf

Should we start a Wiki?


Browsing through the last pages of this forum I thougt: There are some direct contributions to questions of the Heim Mass Formula in this forum that may get lost when browsing through the whole thread.

That's why creating a Wiki may be a good idea, so that significant postings can be collected under different topics. For instance Aero posted some interesting remarks on adjusting correct values for the electron constant and gamma that are used in the 1982 mass formula.

Unlike Wikipedia in this wiki only invited people should be able to edit. I think we are not so many people, so this will be practicable. This will prevent spam and edit wars with skeptics.


Where to find?
Unfortunately my provider does not allow Wiki scripts, so I am not able of directly including a Wiki in the protosimplex website.
Do you know any free wiki service?
Searching for a free wiki system I found one at www.wetpaint.com but I don't know how the reputation is, are there any advertising banners at the page (that should not be) and so on...

Any suggestions?
Olaf
Poll: Please vote for one of the following free of charge Wiki hosters or suggest another hoster:

1)- www.seedwiki.com
free version does not allow restricted editing,
alternatively $19.95 a month

2)- www.xwiki.com
not free of charge

3)+ www.wikia.com/wiki/Wikia - basing on MediaWiki, founded by ex-Wikipedia member Jimmy Wales
includes advertising, the terms of use look a bit strange

4) wikihost.org - basing on GeboGebo Wiki
seem to have problems with image upload and deactiviation of users

5)- tiddlyspot.com - basing on TiddlyWiki
Terms of service: delete sites that have not been accessed for a long period of time ;-(

6)++ pbwiki.com
Personal version looks interesting. The pbwiki system has a very good reputation.
Cons: not so much space.

7)www.wetpaint.com

8)- www.wikispaces.com
Basic version does not allow restricted editing.

Also see "Which Wiki is Right for You?" by Shonda Brisco (2007).
DEK46656
QUOTE (Aero+Dec 31 2008, 07:11 PM)
Well, there seems to be about a 96% shortage of identifiable mass in this universe.

How do we know that there is a 96% shortage of mass? I would assume that this is based on TBB (The Big Bang) theory, which if EHT is correct, all of those numbers become suspect. Hence my reference to a house of cards; we think in terms of TBB (in this case) when the theory itself might be partially or completely wrong. This is why I ask questions like “does Gq (and/or Ggp) explain the Galactic Arm anomaly?” Admittedly this is a "dark matter" type of question, but I think you get the point.

QUOTE (djolds1+Jan 1 2009, 12:52 AM)
I don't see it happening. IIRC all that happens in a "parallel space" of the FTL process is that the local speed of light (c') is raised from ours by an integral value. Local values for other constants are altered accordingly. The mechanism's velocity as a % of the speed of light is conserved by the transition. I.e. if you're traveling @ 1% c in "real space" and "jump" to a parallel space, you're traveling @ 1% of c'. Given that transformation the other constants should be identical to those of "real space." IOW you don't disintegrate into nothingness after the "jump."

The reason why I propose this has to do with the fact that the parallel universes (not space, or dimensions) will probably operate under different laws of physics. The idea that the relative speed of C changes I accept. What I question is that everything is proportionally changed exactly such that things like the basics of hydrocarbon bonding are the same, or that the relative strength of valence shells stays the same. Examining this idea; if the numeric values of the constants used to define matter (based on the particle mass formulas) are different in a parallel universe, what exactly is the condition of mass in that universe? Those answers could be inferred based on plugging in the new values into the particle mass formula to see what it produces.

I would also add to this questioning the metron. Is it the same size in all universes, or is it proportionally different similar to C? If it is the same size as this universe, but there are different “constant” values, then this seems to me to infer that matter would be fundamentally different in a parallel universe. It would also bring about the idea that matter could have formed earlier in some universes than in others; an EHT based propulsion ship could transition into one that doesn’t have matter in it yet. If the size of the metron is proportionally the same as this universe, then would you really go faster in that universe (relative to this one) compared to metron’s being the same size?

I like the idea of a Wiki; I wonder if the Heim-Theory group could actually host it, or at least pay for one hosted somewhere else? I’ll look over the different one’s presented and vote soon.
djolds1
QUOTE (Olaf+Jan 1 2009, 01:28 PM)

Should we start a Wiki?

I'm of two minds.

1) Yes, an accessible database to share and archive discussion, thoughts and systematic work would be very useful, but

2) Do we want to hold HQT/EHT up to the light in its current immature form, or continue to give Droscher, Hauser & more informed people such as yourself time to quietly bang away at the math?

Is access to a wider audience a service or a loss at this point?

Duane
Cusa
If dark matter exists in the halo perimeter of galaxies why doesn't it get inside? What is keeping outside the galaxy?

If most of the universe is made of it it would have a common origin at the Big Bang and the two matters ought to be completely commingled in my opinion. This would suggest that we would detect it because it would be dominating the solar system just as it is said to dominate the universe.

Mitch Raemsch
djolds1
QUOTE (DEK46656+ Jan 1 2009, 01:47 AM)
QUOTE (djolds1+ Jan 1 2009, 12:52 AM)
I don't see it happening. IIRC all that happens in a "parallel space" of the FTL process is that the local speed of light (c') is raised from ours by an integral value. Local values for other constants are altered accordingly. The mechanism's velocity as a % of the speed of light is conserved by the transition. I.e. if you're traveling @ 1% c in "real space" and "jump" to a parallel space, you're traveling @ 1% of c'. Given that transformation the other constants should be identical to those of "real space." IOW you don't disintegrate into nothingness after the "jump."
The reason why I propose this has to do with the fact that the parallel universes (not space, or dimensions) will probably operate under different laws of physics. The idea that the relative speed of C changes I accept. What I question is that everything is proportionally changed exactly such that things like the basics of hydrocarbon bonding are the same, or that the relative strength of valence shells stays the same. Examining this idea; if the numeric values of the constants used to define matter (based on the particle mass formulas) are different in a parallel universe, what exactly is the condition of mass in that universe? Those answers could be inferred based on plugging in the new values into the particle mass formula to see what it produces.

Parallel universes operating under different laws I can accept.

One of the ideas from quantum cosmology is that the Big Bang was a random fluctuation in the background quantum foam (i.e. "primeval universe"). A subtly different type of fluctuation at a far 'distant' location in the background universe could create a region with very different physical laws. I don't know if that works in EHT tho. In EHT's cosmology, matter "condensed" into being when the size of the "metron" became small enough (i.e. ~ planck length squared). Even if the condensation of matter happened in multiple locations, it seems to me that you'd probably end up with the same physical laws in all the separate physical universes, since they're all based on the same "shrinking of the original metron."

The FTL "parallel spaces" are what have modified speeds of light (c' aka c-prime) due to inertial transformation. These are NOT the same as parallel universes. The "parallel spaces" are different from "real space" only by modifying constants from c to c-prime. Actually, I'm not sure that an FTL "parallel space" even "exists" independently, or only as a transient artifact of a Heim inertial transformation.
Olaf
Wiki?
QUOTE (djolds1+Jan 2 2009, 02:44 AM)
2) Do we want to hold HQT/EHT up to the light in its current immature form, or continue to give Droscher, Hauser & more informed people such as yourself time to quietly bang away at the math?

Besides Droescher/Hauser there are only tow or three small groups of people that deal with the maths of Heim Theory, as far as I know. One of them is gathered in this forum.
The impulses to improve the mass formula and input values that were given in this forum go lost beween a lot of other topics that are mixed here.
My first idea was extracting essential contributions from this forum to some special pages at protosimplex. But I simply do not have the time and the competence doing this.

I agree to your objection, Duane. A wiki also can be established as a closed forum. Will this help?
Aero
Wiki

I can imagine several valid uses for a Wiki but I can't pay for one. I have had web sites before and it is common for the web host to provide a wiki program for use on the web site. I can probably find some links if they are needed. I think that a closed Wiki would be appropriate.
Capturing and saving the contributions made on this thread and spin-off threads (Cellular Automation) is a valid goal, but those contributions need a structure to contain them.
Something that would be wonderful to have IMO is a set of structured college level and graduate level course materials on Heim Theory. Olaf would need to provide the outline, but what I had in mind would go something like this:

A. Introduction to Heim Theory. - College Sophomore level
B. Heim Theory for Specialists
1. Heim Mass Formula - Junior Level
2. Heim Cosmology - Junior Level
3. Heim Field Propulsion - Junior Level
4. Mathematics
C. Advanced Heim Theory
1. Heim Mass Formula - Senior Level
2. Heim Cosmology - Senior Level
3. Heim Field Propulsion - Senior Level
4. Mathematics
D. Advanced Studies - Post Graduate Level

The reason for this structure is simply because it seems to be the way that difficult college level specialties are taught. There is a rule that the first time through the student retains only about 20% of the material, the second time, 50-75% and the third time up to 90%. Therefore, the course material is structured and created with this fact of human nature in mind.

Whatever the structure of a Heim Theory Wiki, to be successful and understandable to any wider audience, it must break Mr. Heim's life time of work down into consumable bites of information. That's my 2 cents worth.
djolds1
QUOTE (Olaf+Jan 2 2009, 11:24 AM)
Wiki?

Besides Droescher/Hauser there are only tow or three small groups of people that deal with the maths of Heim Theory, as far as I know. One of them is gathered in this forum.
The impulses to improve the mass formula and input values that were given in this forum go lost beween a lot of other topics that are mixed here.
My first idea was extracting essential contributions from this forum to some special pages at protosimplex. But I simply do not have the time and the competence doing this.

I agree to your objection, Duane. A wiki also can be established as a closed forum. Will this help?
A restricted wiki, with membership at request or invitation, would seem to address my concerns.

Data from this forum and others could be extracted and organized appropriately over time.
rolandpond
Hi Everybody!!!

I'm a physicist interested in Heim Theory two years ago. I've readed Dröscher and Houser papers, but no have an explicit explanations about formulas and resoults. dry.gif
The theory seems incomplete.
Somebody knows where could I find more information?


Thanks
DEK46656
QUOTE (djolds1+Jan 3 2009, 03:41 AM)
A restricted wiki, with membership at request or invitation, would seem to address my concerns.

Data from this forum and others could be extracted and organized appropriately over time.

I agree with the idea of a restricted Wiki: who gets to decide who is in and who is out? If we go with this, though there are several people who do a lot of good work in this forum, I would nominate HDEASY as the keeper of authority.


QUOTE (Aero+Jan 2 2009, 02:17 PM)
Wiki

I can imagine several valid uses for a Wiki but I can't pay for one. I have had web sites before and it is common for the web host to provide a wiki program for use on the web site. I can probably find some links if they are needed. I think that a closed Wiki would be appropriate.
Capturing and saving the contributions made on this thread and spin-off threads (Cellular Automation) is a valid goal, but those contributions need a structure to contain them.
Something that would be wonderful to have IMO is a set of structured college level and graduate level course materials on Heim Theory. Olaf would need to provide the outline, but what I had in mind would go something like this:

A. Introduction to Heim Theory. - College Sophomore level
B. Heim Theory for Specialists
    1. Heim Mass Formula          - Junior Level
    2. Heim Cosmology              - Junior Level
    3. Heim Field Propulsion        - Junior Level
    4. Mathematics
C. Advanced  Heim Theory
    1. Heim Mass Formula          - Senior Level
    2. Heim Cosmology              - Senior Level
    3. Heim Field Propulsion        - Senior Level
    4. Mathematics
D. Advanced Studies                - Post Graduate Level

The reason for this structure is simply because it seems to be the way that difficult college level specialties are taught. There is a rule that the first time through the student retains only about 20% of the material, the second time, 50-75% and the third time up to 90%. Therefore, the course material is structured and created with this fact of human nature in mind.

Whatever the structure of a Heim Theory Wiki, to be successful and understandable to any wider audience, it must break Mr. Heim's life time of work down into consumable bites of information. That's my 2 cents worth.

The outline / approach is intriguing, but do you write (produce) a wiki in the form of a course, or is it more of a text book / encyclopedia? I had suggested an outline back in June 2007 in relation to the attacks against the Heim pages that were occurring at Wikipedia. It might be that a closed wiki should have a series of subjects like that. Then each subject could have the different levels within it (which I think is the current format used at Wikipedia). If needed, each subject could be broken out into separate pages to address the greater detail involved for the more advanced level (101, 201, etc).


QUOTE (rolandpond+Jan 3 2009, 09:38 AM)
Hi Everybody!!!

I'm a physicist interested in Heim Theory two years ago. I've readed Dröscher and Houser papers, but no have an explicit explanations about formulas and resoults.  dry.gif
The theory seems incomplete.
Somebody knows where could I find more information?


Thanks

Try this post from back in June 2007; it was in response for a request very similar to yours.
Aero
DEK46656
Your five page post (5 pages in Word) back on page 98 of this forum is a stellar example of information that should not be lost. It is the only concise English language description of the totality of Heim theory that I have seen. Thank you for providing it.

As for the outline that we settle on for consolidating available information, that depends on what we choose as the objective. I have some experience in producing large documents and consider that we should break the subject into sub-topics that can stand more or less independently of each other. That was my thought when I set down my outline above which, I guess, proposed a set of text books. If we are not careful we will end up with a single document that is unwieldy in size. I once managed the development of a twenty two thousand page document in 37 volumes, so it can be done, but no one person could wrap their mind around the totality of content. Fortunately, in that case, that was not necessary.

With our topic, Heim Theory, it would be very good if one person could understand the totality of the subject. But to understand the information on this forum it will be necessary to include material from other sources, likely copyrighted material from Heim's and Droscher's publications. No disrespect to HDEASY, but if we are to do that then Olaf will need to be the book manager in order to efficiently obtain permissions.

Olaf, this Wiki was your idea. What do you want to accomplish?

1. Consolidate this forum information for use by the Heim Theory group?
2. Record Heim Theory in the form of a reference encyclopedia?
3. Provide pedagogical materials for self-education of trained physicists?
4. Provide pedagogical materials for student training in Heim Physics?
5. Something else?

The best outline to follow is strongly dependent on your objective so we need a clear understanding of what it is. Depending on your outline, it might be that a threaded bulletin board program would serve better than a Wiki.
DEK46656
QUOTE (Aero+Jan 3 2009, 03:43 PM)
DEK46656
Your five page post (5 pages in Word) back on page 98 of this forum is a stellar example of information that should not be lost. It is the only concise English language description of the totality of Heim theory that I have seen. Thank you for providing it.

Aero: thanks for the "kudos" about the page 98 post; keep in mind that I was quoting the references in what I posted, most of it did not originate with me.

My nomination of HDEASY was for the general wiki role of “user administration” (who is allowed to edit, etc), it was not in reference to gaining access to or permissions to reproduce copyrighted materials. I’m in full agreement with you that OLAF is the best candidate for that. I suggested HDEASY due to his regular contribution, explanations of the material, broad knowledge of physics, etc. I’m fine with either, I just wanted to note that someone will have to fill that role, and to get the ball rolling.

When it comes to where to host the wiki, I wonder about / have one suggestion: the Wikipedia group does have the wikibooks site. Outside of the original account I set up to “vote” on keeping the Heim posts in place, I’m not that knowledgeable about what can and cannot be done at Wikipedia.

Could this effort of setting up a wiki for Heim theory be handled under wikibooks? I believe the ability to restrict who and what is added to the book (if that is the format chosen) is still necessary, but it might be the best place to launch something like this. Once peer reviewed documentation is published, and it starts to draw more attention from the general public, this might be the best place for this effort to reside (as opposed to another site or service).

I just did a quick review of the FAQ at wikibooks: it does not offer restricted access, but it does have a lot of avenues to address vandalism, spam, etc. It may not be ideal for what is being proposed, but it might work for documenting the theory if nothing else really pans out.
DEK46656
I just re-read all of the page 98 post (man has it been a long time since I wrote that), and I just had something jump into my mind relating to the issue of the mass formulas being “just a little bit off” on their results.

How much of the formula is related to the dimension of the metron? More specifically, how dependant is the formula to the idea that the metron is considered square? When I was re-reading the section that referenced the trinity of spheres, and was looking at the numeric values proposed, my memory was wrong as to their “approximate values”. I recalled the different “spheres” being almost the same (~ 1 meter each). While re-reading them, I came across these numbers “D1 = 0.90992 m, D2 = 1.06426 m, D3 = 3.70121 m.” D3 is more than 3 times larger than D1 or D2!

Here was my thought process: I had always assumed that there was a link between 12 dimensions and 3 spheres, in that each sphere “contained” 4 of the dimensions. With my faulty recall of each sphere being approximately the same, I assumed that they expanded equally and/or supplied an equal value to the universe, or more specifically the measurements of the metron. Admittedly they may have a minor variation, but they were so close to each other that for all intended purposes they were equal.

But what if they are not? All of the descriptions of the metron has been “Plancks length squared”, inferring a (near) perfectly square surface. What if they are not, but instead are different depending on their orientation? What if some of the metrons are close to square, and some of the metrons are more rectangular?

A better way to phrase this might be, is “Plancks length” the same in each orientation of the 8 dimensions, or does it physically vary slightly? If it does, can that impact the mass formulas enough to account for the level of error? Could corrected formulas be produced to take into account something like this and be tested from within this group?

Time for a (repeated) disclaimer: I do not have the skill set to take on something like this. I am not much beyond a “well read” laymen; this type of thing would have to fall to someone else.
Aero
Does the difference in size of the trinity spheres have an effect on the mass formula results? Its an interesting thought. I couldn't say.

I do have a thought that is a little closer to home, though. As I wrote in an earlier post, given values of the gravity constant that are within 3 standard deviations of the accepted value, the mass formulas will produce exactly the experimentally determined mass for most particles. Unfortunately, these values of the gravity constant are not the same though the ones I checked were all in the same lobe of the probability distribution. This leads me to wonder.

As I don't understand the inner workings of Heim theory mathematics that well, I'll go ahead and ask my question. Is it possible that in the experimental data reduction, something is introduced that violates Heim theory. I doubt that anything is done to violate the Standard Model but I just wonder if somewhere within the innards of the data reduction process there is not something done or assumed where Heim theory or mathematics would give a slightly different answer. My point is that the Heim Mass formulas are not required to be consistent with other physical theories as long as they are self consistent. (And correct.)

I did check this idea a little bit and was disappointed to discover that there are several ways to measure the mass of the electron and some of them are not very complex. Still, I wonder. If Heim theory were completely accepted and the physics used exclusively in the measurement experiment and data reduction, would the experimentally determined mass values be unchanged from current measured values?
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