Latest Articles for General Relativity

Exploring the unique properties and behaviors of charged black holes.

Investigating how minimal length affects space, time, and particle interactions.

Exploring atomic interactions with light in curved spacetime environments.

A look into field theory and its role in physics.

Examining how string clouds affect black holes' properties and stability.

Discover the latest insights into the theories of wormholes and their implications.

Investigating how nonlocal changes to the Kerr metric reshape our view of black holes.

Analyzing stress-energy tensor behavior in global AdS space-time with Robin boundary conditions.

A look into the black hole information paradox and entanglement behavior.

Research explores effects of dynamical Chern-Simons gravity on Kerr-NUT black holes.

Exploring geodesics and their implications in black hole physics.

Study reveals key insights into black hole behavior and energy loss.

Research reveals instability in the inner horizon of black holes, challenging current physics.

This article discusses the potential for traversable wormholes using modified gravity and string clouds.

A look at how time is understood in quantum physics.

Exploring the connection between holography and the universe's expansion dynamics.

A deep dive into non-commutative Kerr black holes and their implications.

Neutron stars reveal complex behaviors influenced by pressure differences and gravitational waves.

Examining black holes through the lens of string theory reveals new insights.

An overview of black holes and their fascinating accretion disks.

Examining the role of instantons in cosmic inflation and extra dimensions.

A closer look at singularities and their role in our universe.

Analyzing particle behavior in unique black hole backgrounds.

This article explores black holes within the framework of Lovelock gravity and nonconstant curvature.

Exploring the relationship between black holes and cosmic censorship through loop quantum gravity.

Study reveals charged particle dynamics around black holes using Maxwell's theory.

An overview of how gravitational waves reveal black hole properties during mergers.

A look at Einstein structures and their significance in physics and geometry.

This article examines black holes and their unique properties, particularly the non-rotating Simpson-Visser model.

Recent discoveries in gravitational waves enhance our understanding of cosmic events.

Examining how waves behave near rotating black holes using perturbation theory.

This study uncovers new insights into naked singularities and their implications in general relativity.

Balance laws enhance accuracy in gravitational wave waveform models and testing general relativity.

A look into the science and theories behind wormholes and their implications.

Examining entropy behavior in black holes with complex interactions.

Exploring the role of shock waves in the evolution of the universe.

A look into how black holes can extract energy from waves.

A study on how merons interact with gravity in theoretical physics.

Examining new spacetime types from Minkowski through transformations.

Exploring the fascinating nature of black holes and their thermal properties.