On a Quantum Theory of Relativity
P. F. González-Díaz, A. Rozas-Fernández
As expressed in terms of classical coordinates, the inertial spacetime metric that contains quantum corrections deriving from a quantum potential defined from the quantum probability amplitude is obtained to be given as an elliptic integral of the second kind that does not satisfy Lorentz transformations but a generalised invariance quantum group. Based on this result, we introduce a new, alternative procedure to quantise Einstein general relativity where the metric is also given in terms of elliptic integrals and is free from the customary problems of the current quantum models. We apply the procedure to Schwarzschild black holes and briefly analyse the results.
Quantum mechanics; Relativity; Quantum gravity
International Journal of Theoretical Physics
Volume 56, Number 9, Page 9
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