Latest Articles for Cosmology

Scientists investigate the universe's expansions and contractions through bounce models.

Exploring gravitational collapse and the potential for non-singular outcomes.

Learn how galaxy clustering aids in understanding gravitational lensing effects.

Examining how black hole spin affects their movement through different environments.

Eccentricity provides vital clues about black hole mergers and their formations.

Examining the link between galaxies and dark matter halos for better understanding.

Exploring light deflection and shadows around black holes under Rastall theory.

Investigating new geometric factors influencing gravity and its implications for the universe.

The Big Ring reveals new insights into galaxy distribution.

A journey through Horndeski gravity and its impact on cosmology.

A look into black holes, naked singularities, and the paths of light around them.

LZ experiment searches for elusive particles beyond WIMPs.

Exploring scalar fields as potential explanations for dark matter and dark energy.

Study reveals complexities of quasars' radio properties and classifications.

This study examines the properties of ultra-faint dwarf galaxies around the Milky Way.

An exploration of Rastall gravity and its implications for understanding the universe.

Examining the difficulties and methods to improve observations of the 21cm hydrogen emission.

Investigating the nature and shadows of black holes reveals deeper cosmic secrets.

Scientists study galaxy clusters to learn more about gravity and the universe's structure.

Research highlights the importance of the selection function in studying galaxy clusters.

Researchers catalog 1338 superclusters, advancing cosmic structure studies.

A study on gas movement and its role in galaxy evolution.

Gravitational waves offer new ways to study massive cosmic events.

This article discusses brane theory and new solutions in gauged supergravity.

This study analyzes the collapse of the universe leading to singularity formation.

Research examines how dark matter influences key physical constants through atomic clock measurements.

An overview of the study of thin shell spacetimes and their implications.

Investigating axions and instantons to address CP violation in particle physics.

Exploring the behavior of quark matter through innovative statistical approaches.

Examining the strange weak emissions in a special group of quasars.

Studying nearby galaxy clusters reveals vital information about the universe's structure.

Examines how magnetic fields influence star formation in galaxies.

Examining the relationship between neutrinos and the universe's dark sector.

Study reveals key processes in star formation using observational data from the VLA1623 region.

A look at how cosmologists manage infinite values in their calculations.

Study examines how galaxies produce heavy elements through star processes and feedback.

Examining how tunneling and Casimir effect interact in confined spaces.

Study reveals how AGNs behave in galaxy clusters and their impact on evolution.

Core collisions significantly influence the formation of stars and star systems.

Neutron star collisions reveal secrets about matter in extreme conditions.