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Originally posted by Quickfix
reply to post by NinguLilium
Basically the same video i posted, but more direct. Thanks for the link much more helpful.
I think with just that video it shows enough proof that the governments have to much push and pull with the people.
A) A Jupiter sized world would create a dual orbit with another Jupiter sized world, like a twin sun orbit.
B) At that velocity, and size, it would be clearly visible by now in movement. And I mean good enough to get some sick pictures from any telescope.
C) Something that big would have an affect on all other planets. Mars might become a moon.
D) If you use Celestia, you can tell that for the 2012 date, there are several celestial bodies protecting Earth for a time. The moon, Mars, Venus, and Jupiter are in orbit for the next few years until then so as to block out such bodies.
Use Celestia and take a look.
E) Jupiter sized worlds would be very bright as they came closer.
F) if it were going even X2 the speed of jupiter, it would leave a trail of gass as it's high velocity would be breaking up the planet.
G) It can't be a rocky world, as something as large as that and made of rock would implode on itself and be so unstable that it would have cracked to pieces. It's like a balloon. Any meteorite hitting it would have massive explosions as chunks of the world fell out of the gravity field.
Binary systems are very common, the sun is bigger then jupiter.
The pictures have already been taken by the government and they posted the papers remember? Why amateurs can't see the planet is because they don't have the technology. Infrared.
Yes gravity does effect the planets, though the sun holds our solar system in place binary system.
The planet can only be seen through infrared, covered with ash and ice due to the extreme weather.
It does leave a trail supposedly, said by the sumerians. Wings or horns etc.
It is not made of rock, it is a brown dwarf star. A sub-stellar object with a mass below that necessary to maintain hydrogen-burning nuclear fusion reactions in their cores, as do stars on the main sequence, but which have fully convective surfaces and interiors, with no chemical differentiation by depth.