chuketek said:What makes you think we don't accelerate heavy ions? although U235 might be pushing things a bit we do spend a month or so per year using lead ions. No good for Higgs searches but very useful for Quark-Gluon plasma research.Spaloooooka said:why don't you try accelerating U-235 atoms? I'm sure if those babies hit they'd make for some interesting results.
Failing this, couldn't you get 2 sets of atoms going at once, and then have 2 collisions in close proximity to each other, so the remains of one collision are hit by a second. the up and down could be hit by the top and bottom and be split further.![]()
Also, for a variety of reasons, I'm afraid the second idea wouldn't work (although I guess it's mostly a joke?). We already squeeze the beam to a few micrometers for the collisions and to get collisions "in close proximity" the timing would need to be closer than the already nanosecond-order time the particle bunch spends colliding. Plus you can't *split* up and down at the energies this would involve (if indeed they can be split at all).
Also, what would happen to a solid state structure, such as Ice or salt [KCl]? I mean a few nano grams of a solid crystal state. Wouldn't it be possible - huge leap I know - to align the Anions of the 2 crystals so all the energy of the crystal collide through just one atom?
I haven't heard much of what happens when you do this to irratiated stuffs, say...cobolt. Or maybe I've just been missing out.
If not a kitten, then what about a hamster?