Latest Articles for Gravity

Exploring the connection between multipartite entanglement and curved quantum spaces.

Examining the link between Krylov complexity and gravitational theories.

A look at black hole shadows and the implications of dCS gravity theory.

Scientists investigate the connection between gravity and quantum effects in larger systems.

Research reveals unexpected gravitational effects in low-acceleration environments of wide binary stars.

An overview of locality's role in physics and its implications in various theories.

Research reveals links between quantum systems and black hole thermodynamics.

Investigating the Appleby-Battye model as an alternative to traditional cosmological theories.

An overview of Chern-Simons branes and their role in theoretical physics.

Explore the significance of entanglement entropy in quantum systems and gravity theories.

Examining cubic gravity's implications and challenges for black holes and our universe.

A fresh theory explaining gravity through torsion instead of curvature.

Research reveals potential new physics around black holes through scalar fields.

Explore static manifolds and their significance in understanding gravity and the universe.

Exploring dynamic constants and gauge invariance in gravity theories.

Explore the impact of BMS symmetry on our understanding of gravity and spacetime.

Study reveals effects of axion fields on light bending around rotating black holes.

A look into the dynamics of gravitational waves from small objects spiraling into larger black holes.

An overview of quantum gravity, wave function renormalization, and the flow of couplings.

A look at the Emergence Proposal and its implications for quantum physics.

Examining how gravitational positivity shapes our knowledge of dark gauge bosons.

A look into Hayward black holes and the effects of clouds of strings.

Black holes fascinate with their mysterious properties and behaviors in the universe.

Exploring the intriguing relationship between black holes and cosmic expansion.

This article explores scattering amplitudes and their implications in particle physics.

A study of how mass and charge interact in rotating bodies.

Analyzing how changes in quantum field theories shape our understanding of spacetime.

Research on regular black holes reveals new insights into gravity and thermodynamics.

A look into dark compact objects and their matter-collecting processes.

Examining how dark matter and baryons shape galaxy structure.

Explore how entanglement changes in a de Sitter universe with expanding distances.

Study explores regular black holes influenced by Einstein cubic gravity and nonlinear electrodynamics.

A new perspective on gravity links it to statistical methods and information geometry.

A look into modified gravity theories and their implications for cosmic behavior.

Researchers study models of bouncing cosmology to explain the universe's early behavior.

This study examines how gravity behaves at high energies through scattering amplitudes.

A look into the dense and mysterious world of neutron stars.

A look into how scalar fields affect the universe's behavior and evolution.

Exploring unique solutions in Finsler gravity reveals new perspectives on the universe.

An overview of black holes and their significance in astrophysics.