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Modern physicists are seriously trying to couple quantum mechanics and general theory of relativity. Even some scientists are trying to formulate a quantum theory of gravity. The subject of black hole physics is still under development. Accelerating model is putting all the scientists in a dilemma. Large number hypothesis or string theory or SUSY or quantum gravity or SM no model is throwing light on the secrets of fermi scale' atomic and gravitational unification. Now a days particle physicists are trying their level best in estimating the strong coupling constant'. QCD is a highly…mehr

Produktbeschreibung
Modern physicists are seriously trying to couple quantum mechanics and general theory of relativity. Even some scientists are trying to formulate a quantum theory of gravity. The subject of black hole physics is still under development. Accelerating model is putting all the scientists in a dilemma. Large number hypothesis or string theory or SUSY or quantum gravity or SM no model is throwing light on the secrets of fermi scale' atomic and gravitational unification. Now a days particle physicists are trying their level best in estimating the strong coupling constant'. QCD is a highly complicated model. Scientists are spending million dollars on particle accelerators, super novae observations and dark energy probing projects. In this critical, highly sensitive and most expensive situation authors made a simple (theoretical) attempt to understand the secrets of cosmology, grand unification and Avogadro number. Even though the proposed atomic gravitational constant' is having a largevalue it is naturally coupling the observed atomic, nuclear and particle physics constants accurately. Authors humbly request the whole science community to kindly look into this new approach.
Autorenporträt
Author is a honorary faculty of I-SERVE, Hyderabad, India. His parents are U.V. Krishnamacharyulu and Manga Thayaru. Since 1992 he is working on this project. In 2010 five papers published in international journals . He is working under the kind guidance of prof. S. Lakshminarayana, Nuclear Physics dep, Andhra University,Visakhapatnam,India.