Chapter 8. Thermal
photons. Molecule recoil in photon emission
Leonov V. S.
Quantum Energetics. Volume 1. Theory of Superunification. Cambridge
International Science Publishing, 2010, 583-602 pages.
In the development of quantum
thermodynamics in the Superunification theory it was necessary to deal with the
paradox contradicting classic approaches. It has been established that atom
recoil in photon emission is inversely proportional to photon energy. The
strongest recoil is characteristic of thermal low-energy photons. This result
is explained by the special feature of the two-rotor structure of the photon –
the compound and inseparable part of the quantised space-time. The electrical
rotor of the photon induces an electrical field in the quantised space-time
which, acting on the charge of the atom nucleus, produces a momentum, ensuring
a recoil of the atom (molecule) and their oscillations. The atom (molecule) is
repulsed from the electrically polarised quantised space-time and not from the
photon. Only in this case can calculations produce the results corresponding to
the actual processes and eliminate the existing energy paradox.
8.1. Energy
paradox in atom recoil
8.2.
Classic approach to calculating the atom recoil
8.3. Method
of calculating atom (molecule) recoil in photon emission
8.4. Energy
balance of the atom in photon emission
8.5. Nature
of thermal oscillations
8.6. High
temperature superconductivity
8.7.
Leonov's task
References
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