Authors: E.P.J. de Haas
A theory of gravity based on quantum clocks and moving space is proposed. The theory is based on the hypothesis of the quantum clock equivalence principle (QCEP): it is impossible for a locally isolated observer to distinguish between a red-shift in a moving inertial frame of reference and a red-shift in a reference frame that is at rest in a field of gravity, if the red-shift is all the information he has. This allows us to formulate a time-dilatation measurement based definition of the speed of space in a gravity field. The QCEP is then used to predict the frequency shift of a quantum clock at rest in a g-field, moving in a closed circular orbit and in free fall. The cosmological and quantum gravitational possibilities of the QCEP hypothesis are shortly mentioned.
Comments: recovered from sciprint.org
[v1] 18 Jul 2008
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