Latest Articles for Gravity

Exploring how gravity may explain the matter-antimatter imbalance in the universe.

Studying the SYK model reveals insights into quantum gravity at high temperatures.

Examining how quantum principles impact the detection of gravitational waves.

Examining how light bends around massive bodies provides insights into the universe's structure.

A look into black holes and their behaviors in scalar-tensor gravity theories.

Examining how Time Crystal states impact the universe's development and dynamics.

Neutrinos offer insights into extreme environments and gravitational effects.

Exploring the dynamics of rapidly spinning black holes and their gravitational wave interactions.

Scientists study gravity by analyzing galaxy arrangements to better understand the universe.

Research reveals measurable characteristics of black holes, challenging previous assumptions.

New theories explore black holes, gravity, and their implications for dark matter.

Exploring generalized symmetrons as potential explanations for dark matter's effects in galaxies.

Exploring how light navigates through complex gravitational environments.

Scientists study black holes through the lens of quantum dust particles.

Examining the nature of wormholes through the lens of modified gravity concepts.

Research into gravity mediated entanglement reveals new insights into quantum physics.

This article explores unique properties of charged non-commutative black holes.

Research reveals how light behaves in black hole environments.

A study of unique boson stars with electric charge and rotation in five-dimensional space.

New theories extend our understanding of gravity and cosmology through generalized disformal transformations.

A study on how right-handed neutrinos affect electroweak vacuum stability.

This article explores bumblebee black holes and their implications for our understanding of gravity.

An introduction to six-dimensional gravity and its intriguing solutions and symmetries.

Exploring clockwork cosmology as a solution to the hierarchy problem in gravity.

Explore the relationship between holography, gravity, and quantum field theories.

Discover how hairy black holes challenge traditional views on gravity and astrophysics.

Exploring a new approach to gravity and its implications for the universe.

An overview of gravity theories and the role of torsion in understanding gravitational forces.

Research on parametrized black holes reveals new light behavior and gravity interactions.

A look into how collapsing boson stars may create new universes.

This article examines how charged particles behave near black holes and their significance.

Examining the concept of a universe that expands and contracts in cycles.

An exploration of maximal supergravity and its challenges with ultraviolet divergences.

Researchers develop a waveguide system to utilize gravitational effects on x-rays.

Research reveals insights into black holes through polarized light analysis.

Exploring chaos in black hole physics through particle behavior, charge, and angular momentum.

A look into ambitwistor strings and their impact on particle interactions.

New methods improve efficiency in studying electromagnetic and gravitational scattering.

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

Examining gravity's impact on unique dense stars with uneven matter distribution.