which is irrelevant.It's not just unlikely, it's as impossible as just about anything I can think of. The hydrogen atom has been thoroughly understood for about 90 years.
ie.... to lower an H atom to its lower state, is simply to absorb the energy upon that mass and the atom is left hydrino. (the mills model)
I would be like taking a Hydrogen gas and removing all the energy from it and then using it. Nothing changed of the atom except the state (energy level; resonance (energy upon that mass).
WOW......Everything from extremely sensitive lab tests to very high energy collider experiments to nuclear fuson to supernova to big bang nucleosynthesis supports our model for it.
That is like ranting, we use fire, so we know what fire is; but that is a lie.
'Ground state'And according to that model, it is impossible for there to be any state with energy below that of the standard ground state.
Is BEC (cold) a 'ground state'?
What is the difference of a Hydrogen atom at 100 degrees f and BEC cold?
WHat is the difference of the 2 atoms? Is it 'energy' upon that mass?
Tunnel......If there were a lower energy state, no matter how high the barrier, ground state hydrogen could tunnel to it (without a catalyst).
isnt that spooky action stuff? ie.... what tunneling is there for hydrino production? I read that the catalyst upon CONTACT is causing the 'release' of energy. (the reaction)
But huge collections of hydrogen atoms (1023 and more) never exhibit such tunneling - not one atom tunnels.
That statement means, you dont know much about the accellerators as that is how the symmetry interpretatins even exist. (they rant on tunneling and you say NOT ONE ATOM TUNNELS.
Astrophysics is not using lab experiments. Did you know the spctrum of H at BEC has a completely different spectrum? http://focus.aps.org/story/v2/st22If there were a lower energy state, why has it never shown up in any astrophysical observations, despite the fact that hydrogen is the most abundant element in the universe?
what's a super nova to this thread?Why wasn't it populated in supernova?
THe SN in itself is a speculation.
kind of like asking why Ice forms from snow. You need to comprehend the path from beginning to ending.Why didn't hydrogen end up in that state after it first formed?
that ground state is relevant to the environment. ie.... compare and H atom at 100 degrees with a BEC atom. Both are H atoms with a proton and electron but they are in completely different states (of energy upon the structure)Why is it that when one combines an electron with a proton it quickly settles down to the standard ground state,
and never to this lower energy state? Etc. etc.
Your post is a perfect example of showing to the people on this forum why so little is understood within the complacent.
Think in the sense of how molecules form, elements combine with energy upon that structure and when a reaction occurs that energy (em) is released. That is why we eat food, our metabolisms cause a reaction, the remaining elements are pooped out....... 'we use the energy'
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