Microgravity in atom
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Two centuries ago the great French physicist and mathematician P.S.Laplace hypothesized that the forces acting between the molecules are just transformed gravitational forces. The proposed hypothesis did not receive due development. The scientific world was fascinated by the electrical phenomena, the electrical forces of attraction and repulsion, although now it is becoming more and more apparent that the electrical forces themselves are nothing but the "compressed" high-density substance gravitational forces. The scientific community was not prepared for the positive reception of the Laplace ...
Two centuries ago the great French physicist and mathematician P.S.Laplace hypothesized that the forces acting between the molecules are just transformed gravitational forces. The proposed hypothesis did not receive due development. The scientific world was fascinated by the electrical phenomena, the electrical forces of attraction and repulsion, although now it is becoming more and more apparent that the electrical forces themselves are nothing but the "compressed" high-density substance gravitational forces. The scientific community was not prepared for the positive reception of the Laplace hypothesis due to the lack of ideas about the structure of the atoms and molecules. Theories of E.Rutherford and N.Bohr, backed by numerous experimental data appeared much later and eliminated this problem. It is time to return to the Laplace hypothesis and try to prove it based on the modern experimental data on the structure and dynamics of atoms and molecules. This collection of articles and publications, made mainly in the last 20 years, is one of such attempts.
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