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Gravitational Decoherence in Deep Space Experiments

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Gravitational Decoherence in Deep Space Experiments

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  • Author: Charis Anastopoulos
Quantum gravity (QˆG) research, namely, theories for the microscopic constituents of spacetime, operative at the Planck length-scale Lp “ 1.6 ˆ 10´35 m, has occupied the attention of a significant number of theoretical physicists for the past seven decades; the lack of direct experimental data has prevented any of the resulting theories to claim success. However, the contradictions and inconsistencies between quantum theory and general relativity (GR), the two well tested theories for the microscopic and the macroscopic worlds, already show up acutely at today’s accessible low energy scales. The time is ripe to probe in a different direction, namely, Q+G.

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