A holographic analysis of Einstein–Maxwell–Power–Yang–Mills black holes reveals that increasing the nonlinear Yang–Mills charge suppresses the boundary conformal field theory's ...
Douglas M. Gingrich develops algebraic equations to analyze dust collapse and bounce in spherically symmetric quantum-inspired gravity models.
A fully discrete BF formulation demonstrates that asymptotic symmetries, conformal reductions, and black hole entropy in Jackiw–Teitelboim gravity emerge directly ...
Using 5,828 atmospheric neutrino events from the KM3NeT/ORCA telescope, researchers found no violation of Lorentz invariance and set new limits, ...
A new theoretical study shows that quantum-corrected charged black holes in de Sitter space exhibit overtone outbursts, damping-rate crossings, and ...
A theoretical study maps how spin, electric charge and a quantum correction parameter alter circular orbits, oscillation frequencies and precession ...
A CMS analysis found no quantum black holes or sphalerons in 2016–2018 LHC data while setting model-dependent limits and introducing ...
A theoretical study of a non-commutative Schwarzschild-like black hole finds its Hawking temperature unchanged at second order, while its shadow ...
A 62-day underground experiment found no radiation signature predicted by a generalized Károlyházy model, constraining one prominent proposal for gravity-induced ...
A modified CLASS model and neural-network optimization found that two finite-temperature quantum-gravity parameters improved agreement with the 2018 Planck CMB ...
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