|LoFi version for PDAs||Help Search Members Calendar|
|Welcome Guest ( Log In | Register )||Resend Validation Email|
Posted: Jun 6 2011, 03:04 AM
Group: Power Member
Joined: 4-June 09
Positive Feedback: 33.33%
Feedback Score: -1
Quote from the topic:
At first glance it seems that all this is true. But consider the system Gliese 581. We write the order of the values of orbital radii: 0.030, 0.041, 0.073, 0.146, 0.220, 0.758. Multiply this numbers by 23.65. Obtain a series of numbers: 0,71, 0,97; 1.73, 3.45, 5.20, 17.9. What is it?
Comparable to the orbital radius of planets in the solar system:
0.71 ; 0.97 ; 1.73 ; 3.45 ; 5.20 ; --- ; 17.9
0.72 ; 1.00 ; 1.52 ; ---- ; 5.20 ; 9.54 ; 19.1
As you can see, there is an obvious similarity, which confirms that planetary systems are created for one scenario.
Although over five hundred planets discovered so far, but there are the only 7 systems are multyplanetary enough (more 3 planet) for reliable analysis. There are : Gliese 581, Gliese 876, 55Cancri, Upsilon Andromedae A system, My Arae, HD10180, Kepler-11. And all of them have made in accordance with an universal principle (but not Bode-Titius's "Law"). More over, systems of moons of Saturn, Jupiter, Uranus have made in this way.
Note the following important fact. When comparing the solar system with a system Gliese 581 major satelites of the systems have coincided to each other. This is our general principle.
Let's draw up a comparative table of the six systems (left to right): Gliese 581, Solar, Saturn, Uranus, Jupiter, Gliese 876. Orbital radius of the largest satelites take equal to 1. This celestial bodies are: Gliese 581 d, Jupiter, Titan, Titania, Ganymede, Gliese 876 e. Consider the part of systems lying below the orbits of primary satelite. Obtain the table:
Since dynamic links are not allowed ( Sorry, dynamic pages in the [IMG] tags are not allowed), then cite a link to another forum :
This post has been edited by KrupS on Jun 6 2011, 03:17 AM