J
jatslo
Guest
<blockquote><font class="small">In reply to:</font><hr /><p><font face="verdana">Fission is basically the splitting of an atom into 2 atoms, and fusion is the fusing of two or more atoms together; the consequence in both scenarios is a release of heat and energy. The Earth's Sun releases heat and energy, so fission is responsible and/or fusion is responsible for the release of energy from the Earth's sun.<br /><br />As you can see, my argument contains "premise and conclusion", so my argument is a valid one, and now I would like to ratchet this up to a new level. At some time in the distance past, a rather large cloud of gas comprised mostly of hydrogen cooled and condensed in a process know as cold fusion. As the masses condensed, pressure began to build up until one day the Earth’s Sun ignited into a massive nuclear furnace, but when did the cold fusion stop? Did it stop?<br /><br />It is quite possible that fusion is no longer active within the Earth’s Sun. I think the Earth’s Sun is in the process of dissipation, and that fusion is no longer or barely an active process, because the Sun needs fuel to maintain fusion. In other words, the Sun has already fused mostly everything already. Therefore, the main sources of heat and energy releases from the Sun are effects of fission, and not fusion. The Sun is dissipating/decaying or fizzling out, and unless we can feed the Sun it will die.</font><p><hr /></p></p></blockquote>