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Articles by Rohitasch :
| Growth in the Fine Structure Constant and the Bohr Radius (pdf) | Planetary Pairs In Our Solar System (pdf) | |
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Abstract: |
Abstract: | |
| Recent work done on the implications and causes of the time-varying fine structure constant a investigate the possible relationships that a has with black hole entropy, the gravitational constant G, the speed of light c, quantum charge e, electron and proton masses and the Equivalence Principle. Here we look at a in terms of pure geometry and at face value interpret what its evolution implies in the simplest terms: Decay of the Bohr radius, though very slowly. | Kepler’s laws of planetary motion and the Titus-Bode formula are results of observational data on the solar system. The latter points towards a definite geometry that governs the location of orbits of the planets and the former shows a definite geometric conservation law at work. Observational data [1] once again reveals the presence of a phenomenological but definite working of the solar system that fixes the locations of planetary orbits in pairs across the asteroid belt. | |
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Keywords: |
Keywords: | |
| Fine structure constant, atom. | Numerical-solar system geometry, planetary systems, Titus-Bode formula, Kepler’s laws, interplanetary spacing.
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| Journal of Theoretics. Volume 5-4, Aug-Sept 2003 | Journal of Theoretics. Volume 4-4, Aug-Sept 2002 | |
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