Astrophysics

   

What Ligo Experiment Actually Detected?

Authors: Mihai Grumazescu

Spacetime distortion by matter is a purely abstract concept. Consequently, spacetime elusive ripples are unlikely to have been detected in the natural world. In a proposed gravitational model, it is assumed that a net linear momentum is constantly generated in the direction of each nucleon's spin due to an asymmetric vibration of the quarks and gluons. The atomic nucleus is a kinetic dipole and a neutrino transceiver. Nucleons generate the whole package contributing to the phenomenon of gravity: the self-propelling force through the kinetic dipole and the information on their instant position in space through neutrinos carrying it. Gravitational lensing could be just a neutrino-photon interaction. Instead of gravitational waves, the LIGO experiment may have detected a form of gravitational lensing due to an increased flux of high energy neutrinos produced by the alleged gravitational event.

Comments: 6 Pages.

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Submission history

[v1] 2016-02-19 20:44:15

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