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Loop Quantum Cosmological Model From ADM Hamiltonian

You Ding, Xiangdong Zhang

Frontiers in Astronomy and Space Sciences · 2022

doi:10.3389/fspas.2021.805998 (opens in a new tab)

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Abstract

The loop quantum cosmological model from ADM Hamiltonian is studied in this article. We consider the spatially flat homogeneous FRW model. It turns out that the modified Friedmann equation keeps the same form as the APS LQC model. However, the critical matter density for the bounce point is only a quarter of the previous APS model, that is, ρcL=ρc4. This is interesting because the lower critical bounce density means the quantum gravity effects will get involved earlier than the previous LQC model. Besides, the lower critical density also means the detection of quantum gravity effects easier than the previous model.

Abstract licence: CC BY

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