posted on Oct, 16 2011 @ 10:18 AM
reply to post by aoi3610
You know that e=mcdefaultdefaultdefault is the speed of light times the mass, well what about the energy it already has got? No object is not moving
as with 'the universe is constantly expanding', so there is no stagnent matter. And then consider what the mass would be like if the universe just
retained all of its energy and stayed still? How does matter lose matter and make energy if there is no matter to carry the energy? Why is
'electron' considered energy? Does the god partical ever touch another god partical? Hence where does energy go to when matter is converted? In
which direction does energy go when matter is converted to it. Does it just go outwards? The reaction in a nuclear fission is immense, but it is just
by a domino effect of neutrons, not conversion of matter, I mean, that 0.7% efficiency of a nuclear reaction, didn't the loss of neutrons alone
decrease the mass? it is not the conversion, but the release of energised matter. Think microverse. The proton is mass, as simply as without fusion,
like a gas giant, like hydrogen, then more mass, helium comes by, and the large mass, goes from gas giant to blazing star, i.e. neutron=fusion. And
electrons are the planets Neutrons are needed to stop protons from collapsing, just as fusion stops a star from collapsing. Energy is the state of
centrofuge...an electron spinning around a nucleus, and energy can be created and destroyed. Yes, it'll change into chemical potential or kinetic,
but then where does the energy go when two space craft hit a blackhole at the same speed and the opposite end. In einstein's views, you could simply
trade an ounce of carbon for energy, then trade it back for and ounce of gold? How's that? What do we know about energy? It stays in matter, whether
in light or..chemical potential energy. Does light have mass? If yes, then how would it be pure energy? I still don't understand why it is squared
though?