Latest Articles for Astrophysics

This article explores stellar winds from rotating stars with magnetic fields.

Research explores isospin violation's role in dark matter detection methods.

An overview of supergravity theory and its scattering amplitudes.

Research on RR Lyrae stars aids in accurate distance measurements across the universe.

New observing band improves imaging and insights into black hole behavior.

Scientists investigate dark matter through experiments like NA64 at CERN.

A look at how gravitational waves challenge our understanding of gravity and the universe.

Scientists study MAXI J's X-ray emissions and state changes during its outburst.

Study reveals how galaxy characteristics affect supernova brightness measurements.

Researchers introduce a simpler way to estimate black hole masses using continuum light.

A look at how gravitational microlensing reveals planets and their moons in space.

Discover the intriguing world of quantum turbulence in special fluids.

Study reveals how galaxy environment affects supernova brightness and rates.

A look into inflationary models and their implications for cosmic evolution.

JAX-COSMO aids scientists in efficiently studying cosmic data.

Examining how electron spin affects the ponderomotive force in magnetized plasma.

Examining how gravitational waves could challenge our understanding of fundamental physics.

A look into dark energy's role in the expanding universe.

This model improves our understanding of energy dissipation in solar wind turbulence.

Study reveals surprising patterns in satellite distribution and movement around galaxies.

This article explores the search for dark matter linked to top quarks at the LHC.

Scientists investigate bumblebee black holes for deeper insights into gravity and cosmic behavior.

Astronomers find a unique triple star system using microlensing techniques.

Examining the unique properties of Bardeen black holes with dark matter influence.

Exploring how rotation affects neutron star mass limits and stability.

An exploration of black hole evolution and the roles of charge and mass loss.

Researchers study two supermassive black holes in OJ 287 and their interactions.

An overview of plasma wave behavior under non-linear electrodynamic conditions.

Investigating the potential for carbon atmospheres in Central Compact Objects.

Research focuses on muon capture in molybdenum isotopes for neutrino and nuclear studies.

A look at how assistant fields improve inflation theory and observational alignment.

This article explores the paths of space objects and their travel dynamics.

A new model links cosmic mysteries of lithium, dark matter, and dark energy.

This study reveals a new method for detecting exoplanets with TESS data analysis.

Research explores interactions between inflaton and quantum fields following cosmic inflation.

This article examines the thermodynamic properties of thin-shell black holes with varied mass.

Explore how diffusion impacts the universe's formation and growth.

Analyzing galaxy distributions to test modified gravity theories against traditional models.

Researchers study patterns in repeating FRBs to uncover cosmic secrets.

DTARPS enhances detection of potential planets beyond our solar system through light curve analysis.