Physics - General Relativity and Quantum Cosmology

An overview of black holes, their types, and their significance in the universe.

Examining the relationship between Reissner-Nordström black holes and perfect fluid dark matter.

Exploring the relationship between Weak Gravity and Cosmic Censorship Conjectures in black holes.

Investigating cosmic rays and the implications of the GZK cut-off.

Exploring how Lorentz violation affects black holes and their properties.

This article examines how particles interact with black bounce spacetimes.

This article presents a novel approach to thermodynamic potentials in Lanczos-Lovelock gravity theories.

Discover the significance of neutron star mergers and gravitational waves in astronomy.

Examining the connections between black holes and dark matter through advanced observation.

A new method improves finding black hole apparent horizons in simulations.

Explore how phase transitions shape the universe's structure and evolution.

A look into the role of curvature in quantum gravity and its implications.

Examining photon and timelike orbits around Kerr-Newman and Ghosh black holes.

Exploring how Lorentzian-Euclidean black holes challenge our views on singularities.

Learn about neutron stars, their formation, uniqueness, and importance in astrophysics.

An overview of how black holes transition between phases influenced by various factors.

Hybrid stars blend neutron and quark matter, offering insights into extreme physics.

An overview of cosmological models and observational data in modern science.

Exploring the GD-1 stream's insights into dark matter and the Milky Way.

Neutron stars may hold keys to dark energy and fundamental physics.

New methods reveal insights about black hole formation through gravitational wave analysis.

New techniques improve the clarity of gravitational wave signals through advanced wavelet methods.

Discover the complexities and challenges of higher-order Maxwell equations in physics.

A look into the merging of black holes and neutron stars, revealing cosmic secrets.

A fresh approach enhances the efficiency of detecting continuous gravitational waves from neutron stars.

Exploring how light behaves during the rapid expansion of the Universe.

Gravitational waves offer insights into cosmic events from merging black holes and neutron stars.

Researchers develop faster methods for simulating gravitational lensing effects.

A fresh perspective on vacuum decay using tunneling potential formalism reveals new solutions.

Exploring gravity through innovative concepts like hyperfluid and torsion.

Examining the role of symmetry in quantum entanglement and its implications.

Exploring starquakes and their impact on neutron star behavior and gravitational waves.

Investigating heat capacity and quantum compressibility in an evolving universe.

Exploring the relationship between Finsler geometry and higher-spin fields in theoretical physics.

Pulsar signals provide insights into black holes and gravitational dynamics near Sagittarius A*.

Investigating gravity's role in the evolving de Sitter space.

Discover how gravitational waves inform us about the universe's beginnings.

Research explores ultralight dark matter's effects on pulsar behavior for insights into the universe.

This article examines how complexity evolves in the early universe during inflation.

A look into how black holes respond to their surroundings through perturbation theory.