Pluto(?) +the mirror reflection of Mars;
________
Planet X (pseudo Earth) +the mirror reflection of Earth;
_______
Planet X1 (pseudo Venus) +the mirror reflection of Venus;
_
Planet X2 (pseudo Mercury) +the mirror reflection of Mercury;
Ну что же. Ждем-с наблюдательных данных. Но сам по себе ход беспроигрышный - в десятках тысяч крупных койпероидов любой можно назвать псевдо-Землей.
Но сам по себе ход беспроигрышный - в десятках тысяч крупных койпероидов любой можно назвать псевдо-Землей.
Не совсем так, почему Вы предположили, что предсказанные мною планеты должны находиться в поясе Койпера? У меня этого нет - ведь не будете же Вы настаивать, что Веста, Церера и т.п и т.д. являются планетами... Их орбиты ведь целиком лежат в поясе Астероидов
Поэтому предсказанные мною планеты должны находиться за пределами пояса Койпера из соображений симметрии Солнечной системы!
пояс Койпера есть зеркальное отражение пояса Астероидов, зеркало находится между Сатурном и Ураном - читайте ниже на английском...
Далее из моих формул для гравитационных связей следует, что величины масс предсказанных мною планет должны находиться между:
ограничение снизу - масса Плутона < массы предсказанных планет < ограничение сверху - масса Луны
http://groups.google.com/group/sci.astro/msg/e951bc5f1664f26c?dmode=source&hl=ru 3. Predictions on trans-pluto planets
" The positional measurements do not bode too well for the existence
of Planet X. They do not entirely rule out the existence of a Planet X,
but they do indicate that it will not be a large body. " [6]
Here will be used the new analytical method, considered in chapter 1,
for the prediction of the unknown new planets. This method is not based on
classical positional measurements. This method concerns to qualitative
methods of a classical celestial mechanics. It can predict common dynamic
properties of unknown planets, but it can not predict exact coordinates
(like QM) of these unknown planets.
Prediction 1. The total number of planets in the solar system should
be equal 12. There are three groups and in each group there are 4 planets.
If to lean on empirical theory described above in chapter 1 item 1.5,
in each group of planets there should be four planets. Now group of Pluto
consists of one known planet, which has the title Pluto. For this reason
there should be three unknown planets which together with Pluto will make
full group of four planets. These planets are not members of the Kuiper
Belt, they are far behind Pluto. These planets have distinguishing masses
close on value to the mass of Pluto.
Closely consider the symmetry of the mass distribution of planets
inside group of the Jove. In the pair the Jove - Saturn the heavier planet
the Jove is closer to the Sun. On the contrary in the pair Uranus - Neptune
the heavier planet Neptune is further from the Sun.
Closely consider the symmetry of the mass distribution of planets
inside group of the Earth. In the pair the Earth - Venus the heavier
planet the Earth is further from the Sun. In a pair the Mars - Mercury
the heavier planet the Mars also is further from the Sun. Here has the
difference of group of the Earth from group of the Jove.
For compensating the mass distribution in group the Earth, by analogy
to group of the Jove is necessary that in pairs of planets of Pluto group
the heavier planets in pairs were closer to the Sun!:
Table 3
The symmetry of the mass distribution in pairs of planets
planet mass
------------------------------------------------------------------------>
__
Mercury
_________
Venus
___________
Earth
____
Mars
...
Asteroid Belt
_________________________________________________
___________________
Jupiter
_____________________________
Saturn
the line of the symmetry inside the Solar planetary system
=========================================================
Mirror
___________________
Uran +the mirror reflection of Saturn;
_____________________
Neptun +the mirror reflection of Jupiter;
.......
Kuiper Belt +the mirror reflection of Asteroid Belt;
__
Pluto(?) +the mirror reflection of Mars;
________
Planet X (pseudo Earth) +the mirror reflection of Earth;
_______
Planet X1 (pseudo Venus) +the mirror reflection of Venus;
_
Planet X2 (pseudo Mercury) +the mirror reflection of Mercury;
Prediction 2. The mass of unknown planet pseudo Earth (the mirror
reflection of Earth) is more than the mass of Pluto. The planet pseudo
Earth has a satellite or more. The planet pseudo Earth rotates about the
axis faster than planet Pluto. It is very weak object, it has very small
sizes.
Prediction 3,4. There are two unknown planets pseudo Venus and pseudo
Mercury. The mass of unknown planet pseudo Venus is more than the mass of
Pluto but its mass is less than the mass of pseudo Earth. The mass of
unknown planet pseudo Mercury is less than the mass of Pluto. Similarly
to the Mercury and the Venus these planets have not satellites, i.e. these
two unknown planets are "bald". These unknown planets have rather slow
axial rotation.
Prediction 5. Similarly to the Mercury, Venus and Earth these three
planets have resonances.
Note. The additional foundation for these Predictions is served with
the following prerequisites:
1. There is the law which links periods of axial rotation of planets.
2. There is the law which links potential energies of planets.
These laws make essentially reduce number of theoretically possible
solutions for dynamic parameters of hypothetical planets.
These unknown planets can be detected in an infra-red telescope.
If to consider the mass distribution of planets of the Solar System with
acceptance in attention of the predicted masses of unknown planets then
the mass distribution of planets becomes surprising symmetrical concerning
pairs of planets.
4. Conclusions
The General Theory of Relativity was created by transactionses Henri
Poincare, D. Hilbert and A. Einstein, when the base of
experimental data for the Solar system was very poor, therefore this
theory has many hypothetical suppositions in the base concepts and
the GTR creators were in main mathematics. It is paradoxical, but this
theory does not give useful outcomes for practical needs of research of
circum-solar space. The precisiouly gravitational measurements are
accessible extremely within the limits of a Solar system. Now base of
experimental data for Solar system is vast, but we have not the good
theory of gravitation till now.
The Nobel Laureate, Irving Langmuir, coined the term "pathological
science" for "the science of things that aren't so".
Einstein warned: "Most mistakes in philosophy and logic occur because
the human mind is apt to take the symbol for reality".