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Message Subject Here's what a brown dwarf would do to the solar system on a 3600 year orbit...
Poster Handle Anonymous Coward
Post Content
Ok man, I respect your effort to prove something that has become a mainstream nowadays - I do understand the fact that you may be sick of reading ppl talking about something which existence hasn't been proved so far... I appreciate that 'coz I think that we NEED IT! This is what make us think and this is what distinguishes us of all the other animals - we THINK!

But considering the fact that you're dealing with something whose mass is unknown, and so does its speed, size and composition - what is it made of, how could it affect (or not) the other planet's gravity (which you also don't know)...

My point is: you are basing you whole argument on one thing that is itself dependable of other things which you don't know .

I'm not saying that you are wrong - maybe this is the best way to study it and seek the truth (which whatever it is seems to be well-hidden). However, without those ESSENTIAL informations, it's just impossible to predict any sort of planetary behavior of any kind - and this is not just my opinion, this is physics!

We're all in the same team though - the ppl who knows nothing haha - we must stick together, think together. This is why we're all here, to share information and unfold the truth - at least this is why I AM here.

Peace ;)
 Quoting: Donthave


But that's changing the question again. The OP did not post this video with the title "This is what it would look like if any possible celestial object entered the solar system" It was showing what would happen if a brown dwarf entered the orbit of our solar system, which we can see what happens. Even if it was not quite as close as the Android belt, the point is it would have massive effects on the stability of our orbits, which are very stable.

The effects of Gravity on large objects is something we can measure, and predict. We have been able to for many decades (Longer if you consider the Newton equations, but those were slightly incorrect.)
 
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