Latest Articles for Cosmology

A new tool accelerates the estimation of cosmological parameters using machine learning.

Investigating singularities through disformal electrodynamics reveals complexities in spacetime structure.

Research reveals how SMBH mass affects gas and metal retention in galaxies.

Examining cubic gravity's implications and challenges for black holes and our universe.

This study explores how neutrinos influence cosmic structure and expansion.

Research reveals links between FRBs, dispersion measures, and cosmic structures.

A fresh theory explaining gravity through torsion instead of curvature.

Learn how Effective Field Theories simplify complex physics processes.

Researchers successfully combine data types to improve kSZ effect measurements.

An overview of skyrme crystals and their significance in understanding neutron stars.

Scientists use neutron interferometry to search for elusive axions and their cosmic role.

This article explores wormholes, photon orbits, and the role of barotropic fluid in stability.

A look into scalar fields and fifth forces in gravitational interactions.

Research reveals insights into early stars and their chemical influence on the universe.

Examining how false vacuum bubbles interact and influence black hole formation.

A look into non-standard interactions of neutrinos and their significance.

This article examines a new model of inflation involving energy dissipation through scalar fields.

Exploring the role of bulk viscosity in the universe's expansion.

Investigating gamma-ray emissions from M31 reveals insights into dark matter's role.

Research illuminates form factors and self-dual backgrounds in particle physics.

New tools enhance analysis of weak gravitational lensing data for cosmic insights.

Investigating how galaxy mergers stop intense star formation in post-starburst galaxies.

Exploring the significance of phase transitions in Yang-Mills theories and their implications.

Neutrino forces could challenge our understanding of interactions in the universe.

Scientists investigate dark matter, focusing on ultralight dark matter and pulsar signals.

Pulsars offer insights into gravity, space, and dark energy through precise timing.

This research explores the role of keV neutrinos in dark matter production.

A look into how matter behaves in neutron stars and the role of gravitational waves.

Explore static manifolds and their significance in understanding gravity and the universe.

Exploring the evolving role of dark energy in the universe's expansion.

A look into the relationship between matter and antimatter after the Big Bang.

Examining the relationship between neutrino masses and CP violation through the seesaw mechanism.

Research on neutrinos sheds light on fundamental questions about the universe.

Exploring how charge density influences symmetry in quantum systems.

This research examines how star formation rates vary using extragalactic background light.

An overview of dark energy and dark matter's role in the universe.

Exploring the nature and behavior of compact stars in astrophysics.

Research into axions and vector-like quarks may illuminate dark matter mysteries.

A deep look into the 21-cm signal and its implications for cosmology.

Exploring mesonic screening masses and their significance in high-temperature QCD.