No, formation of hydrino releases no energy and translation of hydrino back to hydrogen also releases no energy. It is only when a dihydrino forms that you release energy in the form of a photon but this is only the normal energy released when any type of atomic hydrogen falls to the lower energy state of a molecule BUT then the casimir force changes with motion and reshapes the atoms to the point where they break the covalent bond restoring the energy given up during molecular formation from the normally chaotic energy of the vacuum fluctuations. these atoms may have been say fractional H/16 + H/16 > (H2)/16
when they formed a dihydrino. When the casimir force changes the atoms may try to reshape into say H/15 but are opposed by the covalent bond. When the force changes enough to break the covalent bond the atoms immediately reshape to the new fractional value and are now ready to repeat the cycle again -giving off another photon. Mother nature is being fooled into working against herself -first falling to lower states as a molecule and then being re-energized to monatomic levels due to the opposition of a covalent bond to changes in fractional states.
formation of hydrino = NO energy release
disassociation of dihydrino = Yes energy gain restoring atoms leads to photon release when they reform dihydrino at lower fractional state
Last edited by froarty; 01/19/10 06:22 PM.
