Ah, my mistake. Misread that. However, you do know that, technically, splitting a "proton and a neutron" apart results in a free proton and a free neutron.
Splitting a proton happens (in a sense) in particle accelerators daily. When the energy densities get high enough, you get free quarks (the things that make up protons).
As to the rest of your post, I have no clue what you're trying to say. To be clear: We have discovered many planets orbiting nearby stars. The closer the star, the easier it is to detect them.
We haven't detected planets around distant stars because our telescopes aren't good enough, so no one bothers looking.
Splitting a proton happens (in a sense) in particle accelerators daily. When the energy densities get high enough, you get free quarks (the things that make up protons).
As to the rest of your post, I have no clue what you're trying to say. To be clear: We have discovered many planets orbiting nearby stars. The closer the star, the easier it is to detect them.
We haven't detected planets around distant stars because our telescopes aren't good enough, so no one bothers looking.
Upvote
0