The paradox of constant planetary mass as evidence of a leptonic lattice-structured vacuum state

Details The paradox of constant planetary mass as evidence of a leptonic lattice-structured vacuum state The paradox of constant planetary mass as evidence of a leptonic lattice-structured vacuum state

Dec 1985

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985nciml..44..705a&link_type=abstract

Nuovo Cimento, Lettere, Serie 2, vol. 44, Dec. 16, 1985, p. 705-709.

Mathematics

1

Celestial Mechanics, Lattices (Mathematics), Leptons, Perihelions, Planetary Mass, Relativity, Angular Momentum, Conservation Laws, Constants, Mercury (Planet), Paradoxes, Plancks Constant, Quantum Theory

Scientific paper

The contradiction which exists between the velocity moment of the planet and the kinetic energy of the planetary mass is studied. The equations of planetary motion require a constant velocity moment and the conservation of angular momentum requires constancy of planetary mass. The use of a leptonic, lattice-structured vacuum state, which considers Planck's radiation law and a theoretical evaluation of the fine-structure constant, to resolve the paradox is proposed.

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