Latest Articles for Gravity

A closer look at one-loop corrections in the SYK model and its implications.

Exploring the connection between black holes, viscosity, and entropy.

New insights may reshape the understanding of black holes and their interactions.

Researchers develop new approaches to study gravity and black hole mergers.

Examining how non-minimal coupling affects gravity and cosmic expansion.

Researchers examine modified gravity theories to explain the universe's accelerating expansion.

This article reviews curve behavior in metric-affine geometry and its implications for gravity.

An exploration of how vorticity influences cosmic structures and dynamics.

A look into modified gravity theories and cosmic simulations.

A look into how plasma affects black holes and their shadows.

Research explores possible links between particle spin and gravitational effects.

Examining the implications of bimetric-affine gravity in cosmology and dark matter.

Investigating how quantum mechanics influences the stability of space-times.

New concepts may reveal how information behaves in black holes.

A fresh approach to gravity explores dynamics of the cosmological constant.

Scientists investigate dark energy and cosmic expansion through various models and observational data.

Exploring the link between entanglement entropy and cubic curvature gravity in theoretical physics.

Investigating the implications of non-BPS limits on gravity and quantum mechanics.

This article explores black holes' properties and classifications in expanding universes.

This article discusses key concepts in two-dimensional gravity and its mathematical connections.

An overview of string theory, dualities, and Swampland conjectures in modern physics.

A look at cosmic inflation and gravity's role in shaping the Universe.

Exploring the uniqueness of black holes and their cylindrical symmetry.

Exploring the complex relationship between time and timeless theories in physics.

This article explores the connection between Wilson loops and M2 branes in theoretical physics.

New theories reshape our view of black holes and gravity at quantum levels.

Exploring how information is encoded in de Sitter space and its implications.

Investigating how the chameleon scalar field could explain dark energy's effects.

Examining how gravitational collapse shapes stars and galaxies in our universe.

Researchers examine gravity theories to explain the Universe's speeding expansion.

This article explores the dynamics of binary systems near supermassive black holes.

Examining Wilson-Maldacena loops reveals connections between quantum field theories and gravity.

Research explores modified gravity models to explain the universe's expansion and structure.

Exploring the interplay of hypercubes and SYK models in quantum physics.

A look into the complexities of the three-body problem and its significance.

Examining dark matter and its connection to gravity through EGB theory.

Researchers develop a new operator for scalar curvature using cubical graphs.

Explores how gravity affects time in quantum mechanics and its implications.

Discover how wave effects in gravitational lensing reveal cosmic secrets.

Examining how supermassive black holes relate to cosmic expansion.