Latest Articles for Cosmology

A look into the factors affecting dark matter halos and their long-term stability.

Researchers study dark matter by observing gamma rays from dwarf galaxies.

Exploring the connections between gravitational waves and supersymmetry in the early universe.

Investigating axions and axion-like particles as potential dark matter candidates.

Investigating microlensing reveals secrets about dark matter and cosmic structures.

Examining the interactions and phase transitions between black holes and gravitational solitons.

Research explores how axions influence electric dipole moments in particle physics.

An analysis of cosmic structures using teleparallel gravity and alternate models.

Exploring non-linear contributions in black hole gravitational wave signals.

A look into phase transitions and their implications in physics.

Physicists investigate the existence of solar antineutrinos and their implications.

Kaniadakis cosmology reshapes our view of the universe without dark energy.

Examining how the opacity limit affects star formation in diverse environments.

Exploring dark matter candidates like WIMPs and axions in our universe.

Study reveals how galaxy clusters shape bent radio AGNs.

Learn how reheating shapes the early universe after inflation.

The Hierarchical Spine method helps identify cosmic structures and their connections.

Exploring the role of tachyons in understanding string dynamics and the universe.

Research focuses on detecting dark matter interactions using neutrinos from the Sun.

This article examines the evolution from string vacuum solutions to complex cosmological models.

Axions could offer answers to dark matter and particle behavior.

Exploring the possible outcomes and behaviors of dark matter in our universe.

New research explores black hole properties through gravitational wave signals.

Research on AdS space reveals new families of vacua with scale separation.

This article examines the role of dwarf galaxies in understanding dark matter.

Investigate how gravity impacts quantum entanglement between particles.

Studying how strong electromagnetic fields affect particle behavior in physics.

A novel technique harnesses pulsars to measure black hole spin accurately.

Scientists gain deeper understanding of black hole X-ray binaries through recent observations.

A new approach to gravity challenges dark matter theories in galaxy behavior.

Research reveals insights into a unique black hole candidate, CXO J133815.6+043255.

New research sheds light on the properties of the universe's first stars.

Scientists tackle complexities of modified gravity theories using advanced numerical simulations.

Examining the characteristics and differences between neutron stars and quark stars.

Exploring the concepts and implications of string-hole gas in modern physics.

This article examines entropy and temperature of RPBHs across various spacetime models.

Scientists study heavy neutral leptons to explore mysteries of the universe.

Recent findings reveal faster cooling rates for neutron stars than expected.

Research reveals new models and behaviors of black holes using loop quantum gravity.

CLASS telescope reveals valuable data on early universe events.