to debunk stuff like this.
you wanted to know why we can not see Planet X; well it’s not too hard to figure out now is it. You say we can see loads of far away things in space such as galaxies, stars & whatever but did you stop to think that these things we see send out light and it is our telescopes catching that light, planets with a habitable atmosphere like our own only send out a tiny light that we can not currently see and we still can not detect rock planets, we can only detect gas giants in other solar systems.
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Un-true. We've found a rocky planet 17x the size of earth in another solar system. Stars give off light whilst planets reflect it; Even KBOs reflect some light, and at even 200 AU it would still give off enough light and rays so that we could see it. Brown dwarfs give of rays, as does Jupiter.-------------------------------------------------------------------------------------------------
If we can not get a highly detailed image of Pluto then why would we see Planet X at all, Planet X has an enormous elliptical orbit and it takes it about 3,600 years just to orbit the Sun. Maybe Planet X has gone so far out in its orbit that it is basically in the darkness of space and because a planet does not send out light quite like a star or a galaxy does then wouldn’t that make it currently impossible to see. No light from it means we won’t see it because our telescopes are just not good enough yet to see things like that.
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Pluto is smaller than the earths moon, Nibiru is 15x the size of jupiter (theoreticly) and 4 times more distant, it being that big would be like huge in the night sky anyway, so don't it expect it to sneak up on us anytime soon
Brown dwarfs do emit light aswell as reflect it, why else would they be in the catagory of star? Our telescopes are good enough to detect a blackhole 45,000 Lightyears away (the ones that detect radiation), and Brown Dwarfs give off alot too, so we would have spotted it.-------------------------------------------------------------------------------------------------
Just in case if you have not come across this information, some scientists believe that there are rogue planets scattered throughout the galaxy which are stationary and not moving or orbiting anything, and because these rogue planets are in the middle of space and light is not touching these planets then they are invisible to normal sight and telescopes. To locate these planets we must find another way of detecting them.
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Yes, I have seen this information alot of times, hell, it's probably the most used by Nibiru supporters!
Now, you must not understand much science, I'm 14 and can wipe you out in a matter of seconds in both grammer and science... But gravity is a complex thing, even as rouge planets they would still be orbiting the center of the Galaxy at speeds far beyond the limits of your tiny brain.
The thing about needing advanced methods to detect them are true... Unless... If they are around anything we can detect (stars, gas giants), ya know, things that give off rays or light, we would be able to detect them a number of ways. Everything has gravity and in the case of a brown dwarf (1. Rays, 2. Light, 3. Reflection, 4. Gravational effects) that gravity would be noticable on stars if they were close enough. But in Nibirus case its close enough to where we could detect it's effects on Pluto, Neptune, Uranus and probably other bodies, and it would indeed be a big effect.-------------------------------------------------------------------------------------------------
Hope you Nibiru people start learning science, physics, math, and GRAMMER soon.