In this paper we derive the leading quantum gravitational corrections to the geodesics and the equations of motion for a scalar field in the spacetime containing a constant density star. It is shown that these corrections can be calculated in quantum gravity reliably and in a model independent way. Furthermore, we find that quantum gravity gives rise to an additional redshift that results from the gradient instead of the amplitude of the density profile.
Quantum corrected equations of motion in the interior and exterior Schwarzschild spacetimes / Calmet, Xavier; Casadio, Roberto; Kuipers, Folkert. - In: PHYSICAL REVIEW D. - ISSN 2470-0010. - STAMPA. - 102:2(2020), pp. 026018.1-026018.8. [10.1103/PhysRevD.102.026018]
Quantum corrected equations of motion in the interior and exterior Schwarzschild spacetimes
Casadio, Roberto;
2020
Abstract
In this paper we derive the leading quantum gravitational corrections to the geodesics and the equations of motion for a scalar field in the spacetime containing a constant density star. It is shown that these corrections can be calculated in quantum gravity reliably and in a model independent way. Furthermore, we find that quantum gravity gives rise to an additional redshift that results from the gradient instead of the amplitude of the density profile.| File | Dimensione | Formato | |
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