Aug 22, 2019 ... The standard model of elementary particles (SM) suffers from various problems, such as power-law ultraviolet (UV) sensitivity, exclusion of ...

Jul 23, 2018 ... Previously, this technique called gravity resonance spectroscopy (GRS) was used to constrain dark energy and dark matter candidates. The ...

Jan 8, 2019 ... We discuss the dark energy models using Tsallis, Rényi, and Sharma-Mittal entropies in the framework of Chern-Simons modified gravity. We ...

Feb 2, 2024 ... In our prescription of two scalar fields in Horndeski gravity, the stability of the thick brane under tensor perturbation is also considered and ...

Apr 17, 2011 ... The physics behind these transitions is related to earlier studies of energy ... energy difference between the gravity level |1〉 and |3 ...

Oct 7, 2020 ... 1. Introduction ... where A = 4πR² and R denote the area of the system boundary and its radius, respectively, and kB (Boltzmann constant). Using ...

... gravity, high energy physics, and the corresponding cosmological and astrophysical consequences. We welcome original research articles as well as review ...

Mar 2, 2017 ... ... gravity, Journal of High Energy Physics. (2014) 2014, no. 12 ... , Dark energy versus modified gravity, Annual Review of Nuclear and Particle ...

Dec 14, 2014 ... 2. Massive Gravity with Conformal Invariance ... is conformally invariant, where is the Riemann tensor, is the Ricci tensor, and R = g^μνRμν is the ...

Dec 16, 2012 ... This observation has motivated the proposal of generalized uncertainty relations, which imply changes in the energy spectrum of quantum systems.