Originally posted by johnlear
Now think about it. Do have the remotest idea what would happen if you shot a proton into 233 grams of Element 115?
If you shoot a proton into 233g of anything, what would almost certainly be happening is - nothing at all! Because of electromagnetic repulsion, the
single proton wouldn't react with any nucleus. And because the proton is a stable particle, it would simply live happily ever after wherever it came
to rest in the target material.
Assuming that it existed?
Assuming that it is stable?
Assuming that 116 is unstable?
Assuming the result is instantaneous decay?
Assuming that decay throws of anti-matter which would react
in a total conversion of matter to energy?
Assumption #5 is total BS (as is #2, of course), because instantaneous decay of any normal-metter nucleus will only produce normal-matter decay
products. And even if the decay did produce anti-matter particles (which it doesn't), all you got from your single proton, would be a few anti-matter
particles - you wouldn't even notice when these annihilate with the surrounding matter.
Anyway, even if your above assumptions were meant as a joke (which I doubt), everything you said on this thread so far only shows that you have
absolutely zero knowledge about nuclear physics. Bob Lazar has pulled your leg
big time! BTW, Bob screwed up when he chose element number 115
for his nonsense. He should at least have said something like, say, element 230 - this would have been outside the reach of actual experiments
forever, and you guys could always have said "The scientists' model for superheavy nuclei > 200 protons are all wrong - the aliens told us
better!"
Regards
yf