Latest Articles for Cosmology

New research challenges the traditional view of black holes and their features.

Analyzing the relationship between black hole mergers and their host galaxies.

Gravitational waves provide a new way to observe cosmic events.

New findings on galaxy formation and evolution from JWST reveal diverse early universe characteristics.

This project studies dwarf galaxies and their dark matter using advanced imaging techniques.

Studying black holes reveals their thermodynamic properties and interactions with dark energy.

Exploring Yukawa interactions and their implications for neutron star behavior.

Examining how close black hole interactions create detectable gravitational waves.

This article examines a theory connecting dark matter and neutrinos through new mechanisms.

An overview of Type IIB string theory focusing on chiral flux vacua and their implications.

A look at how surrounding galaxies affect gravitational lensing studies.

An overview of dark matter and dark energy interactions in cosmic expansion.

A look into modified gravity theories and their implications for cosmic behavior.

A look into the merging of quantum mechanics and gravity.

Hot gas inflows play a crucial role in galaxy star formation processes.

Exploring quantum fields and their interactions in an expanding universe.

Gravitational waves provide vital information about neutron star mergers and cosmic phenomena.

Exploring the impact of dark matter on cosmic structures and its mysteries.

Fuzzy dark matter may address issues in traditional dark matter theories.

This study explores the relationship between galaxy dynamics and the radial acceleration relation.

Exploring the principles guiding the universe's evolution through cosmological unitarity.

Researchers study models of bouncing cosmology to explain the universe's early behavior.

Researchers use the Moon to improve measurements of early cosmic signals.

Study of neutrino behavior in neutron stars and supernovae using holographic methods.

Researchers identify a unique dual quasar linked to merging galaxies.

Exploring the roles of dark radiation and primordial black holes in the universe's evolution.

Exploring the role of nitrogen-rich stars in the Milky Way's formation.

The DESI survey aims to gather data on millions of quasars and their environments.

Researchers explore innovative materials to improve dark matter detection methods.

Study reveals how gas loss affects galaxies in Abell 2255 cluster.

Investigating small black holes and their role in dark matter.

An overview of how pure spinors impact supergravity and scattering amplitudes.

Exploring the impact of angular momentum on dark matter halo formation.

Research delves into cosmic acceleration using Chaplygin gas alongside modified gravity models.

Quasars offer insights into cosmic distances and the universe's expansion.

A closer look at how the CDM model aligns with cosmic observations.

New findings expand our knowledge of rare long-rising Type II supernovae in nearby galaxies.

This research examines how galaxies align with their cosmic surroundings.

Scientists study hydrogen changes in the universe after the Big Bang.

A novel approach to inflation theory addresses key questions about the universe.