Addressing Cosmological Tensions by Non-Local Gravity
arXiv:2301.01503 · doi:10.3390/universe9010027
Abstract
Alternative cosmological models have been under deep scrutiny in recent years, aiming to address the main shortcomings of the CDM model. Moreover, as the accuracy of cosmological surveys improved, new tensions have risen between the model-dependent analysis of the Cosmic Microwave Background and lower redshift probes. Within this framework, we review two quantum-inspired non-locally extended theories of gravity, whose main cosmological feature is a geometrically driven accelerated expansion. The models are especially investigated in light of the Hubble and growth tension, and promising features emerge for the Deser--Woodard one. On the one hand, the cosmological analysis of the phenomenological formulation of the model shows a lowered growth of structures but an equivalent background with respect to CDM. On the other hand, the study of the lensing features at the galaxy cluster scale of a new formulation of non-local cosmology, based on Noether symmetries, makes room for the possibility of alleviating both the and tension. However, the urgent need for a screening mechanism arises for this non-local theory of gravity.
arXiv comment19 pages, 2 figures. Published in Universe as part of the Special Issue "Modified Gravity Approaches to the Tensions of ΛCDM"
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