On Sunday, 26 March 2023 at 14:21:16 UTC+11, Arindam Banerjee wrote:
Seems to me, that the orbiting electron in the atom and the holding electron in the nucleus may have structural differences while retaining the same amount of charge.
Well, the unbinding of this nucleus naturally releases extraordinary energy, what with the two protons in the D nucleus going off with enormous repulsive force, attaining great velocities and thus kinetic energies and em fields in turn accelerating
other charges.
By abandoning the notion of fusion, relacing that with fission of D, will there be the scope for unlimited energy.
Cheers,
Arindam Banerjee
After editing for facebook publication:
\Every nucleus of an atom is a group of protons held together by electrons. The difference between the number of protons and electrons is the atomic number of the elemet.
Seems to me, that the orbiting electron in the atom and the holding electron in the nucleus may have structural differences while retaining the same amount of charge.
The unbinding or rather splitting of this deuterium nucleus, which has two protons and one electron/negative charge, from such external excitation as atomic explosions, or very high velocity particles, naturally releases extraordinary energy; what with
the two protons in the deuterium nucleus going off in opposite directions with enormous repulsive force, attaining great velocities from such force and very high kinetic energies; additionally creating electromagnetic fields which in turn accelerates
other charges.
By abandoning the notion of fusion, as the theoretical construction for energy from the sun and deuteriuim on earth, replacing that with fission of deuterium, will there be the scope for unlimited energy.
Means - non radioactive - to split the deuterium nucleus is necessary, to realize that sort of clean energy.
Cheers,
Arindam Banerjee
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