Tiny Deformations Near the Event Horizon Can Destabilize Black Holes, Study Finds
New theoretical work shows that arbitrarily small negative or stochastic metric deformations placed sufficiently close to a black hole's event ...
New theoretical work shows that arbitrarily small negative or stochastic metric deformations placed sufficiently close to a black hole's event ...
Theorists have constructed a new partial energy–energy correlation cumulant and an improved factorization scheme that cleanly incorporates non-logarithmic heavy-quark mass ...
A new exact solution of the Klein–Gordon equation in a Kiselev black hole spacetime shows that dark energy suppresses Hawking ...
Theorists have derived the Weak Gravity Conjecture in closed form from the conformal quantum mechanics of black-hole horizons, obtaining explicit ...
A new theoretical study shows that a Hernquist dark matter halo and a black hole's magnetic charge leave competing, potentially ...
Theorists have explained why a universe filled with exotic phantom energy oscillates in volume instead of crashing into a singularity, ...
A new theoretical study shows that ignoring the electroweak phase transition can shift predicted dark matter abundances by up to ...
New calculations show that boson stars combining ground-state and excited-state scalar fields undergo a sudden sign flip in their tidal ...
A new theoretical study proposes that quantum entanglement arises as an emergent consequence of projecting separable states from a higher-dimensional ...
A new theoretical analysis derives the precise junction conditions for gluing two different f(R) gravity theories across a shared boundary, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine