What is Energy?
9/1/2005
Energy can neither be created nor destroyed.
Neither can
binding. . Binding can not be lost. . It can only be SHIFTED.Energy is a
binding change. . It's a binding SHIFTYou must understand the important role surroundings play with these geodesic orbital balance paths.
For instance: an electron on an orbital is in a perfect
Niels Bohr was awarded the Nobel prize for proving this.
Further inside the atom we get MUCH MORE energy if pieces of the nucleus change (SHIFT) binding with the surroundings.
Iron is the dividing line between fission and fusion energy.
Elements, lighter than iron, give off nuclear energy via a binding SHIFT from the surroundings to close nuclei. This is atomic fusion energy.
Elements, heavier than iron, give off nuclear energy via a binding SHIFT from the surroundings to close nuclei, also, this is called atomic fission.
Stars are converting all elements so that eventually all that will be left is iron.
You can---theoretically---get atomic energy out of every element except iron.
Iron is the atomic energy ash heap.
When everything is finally turned into iron this universe will be cold and dead.
But ALL energy whether it's atomic or chemical is merely a binding change (SHIFT) from the surrounding stars to closer binding.
That's all it is.
Fitz
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--- In
> What is the exact mechanism through which mass changes into energy
and vice-verse through the famous Einstein's equation E=m.c^2?What
causes the reduced mass to change into energy in a nuclear reaction
and not otherwise?
> I know that mass and energy are in fact equivalent and the
represent the same physical quantity. We can consider mass as
condensed form of energy. Still my question is valid. How and why
only a fraction of this condensed form of energy (mass) converts
into free energy during any chemical or nuclear reaction and not the
whole condensed energy(mass)?
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> Hemant Kumar