Latest Articles for Astrophysics

A study of the dynamics and stability of an exoplanet in the -Andromedae system.

Examining how black holes limit computational abilities in quantum systems.

Research sheds light on heavy quarks' energy loss in quark-gluon plasma.

Researchers investigate dark fermions linked to dark matter using LHC data.

Examining the link between superconductivity and the cosmos during inflation.

This study examines how gravity influences compact stars using modified theories.

Discover how new theories of gravity relate to hairy black holes.

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

GSpyNetTree enhances the classification of gravitational waves and glitches.

Research reveals how plasma crystals respond to disturbances, impacting technology and science.

Exploring quarkonium states under baryonic influence and high temperatures.

A look into measuring the early Universe through the 21-cm signal.

Research reveals unexpected muon densities in cosmic ray studies.

New study reveals the chemical makeup and motion of stars in M31.

Study reveals how cold gas endures in hostile galactic winds.

A look into dark matter, its candidates, and its significance in cosmic structures.

Examining how nodal precession affects exoplanet transit probabilities around massive stars.

Understanding the impact of gravitational waves on cosmic research.

Exploring how Atomic Dark Matter influences galaxy development.

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

A new model improves the understanding of charge clouds in semiconductor detectors.

Research reveals important findings about hot gas in the circumgalactic medium.

Exploring the mysteries of strange stars and their potential role in our universe.

An overview of factors influencing low mass star formation and the role of massive stars.

Microlensing events help astronomers study distant stars and planets despite observational challenges.

Scientists examine galaxy formation during the Epoch of Reionization using new methods.

A theory merging general relativity and quantum field theory to explain the universe.

A look into the reionization process and its impact on the early universe.

Research reveals complex relationships in AGNs affecting emission characteristics.

Examining the link between replica wormholes and the black hole information paradox.

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

Recent experiments on superfluid flows uncover unique behaviors and natural parallels.

An overview of particles, antiparticles, and their mysterious roles in the universe.

Exploring the balance of energy and gravity in Buchdahl stars.

Research into stellar convection reveals insights about how massive stars evolve.

Exploring the gamma-ray flares from merged magnetars and their significance.

Examining how energy transfer affects black hole accretion flows.

New methods improve accuracy in measuring interstellar magnetic fields.

Understanding how star collisions shape the galactic center's population.

New techniques improve understanding of galaxy clustering and interactions.