Latest Articles for Cosmology

Investigating the connection between cosmic strings and axions in dark matter research.

Study reveals insights into brightness variations and color shifts in blazars.

Scientists study galaxy clusters to learn about dark matter properties and interactions.

Exploring the relationship between gravity and quantum particles in curved spaces.

Study reveals gas and dust activity in far-off comets.

Learn how gravitational waves are changing our view of the cosmos.

Research focuses on SIDM simulations and their effects on core-collapse processes.

New reaction rates enhance understanding of element formation in supernovae.

Scientists explore dark matter's existence via innovative detector technology.

Exploring the nature and detection methods of dark matter in the universe.

Exploring the thermodynamic properties of black holes through Joule-Thomson expansion.

A look at black holes, their properties, and the role of supergravity.

Study reveals how companions around stars, especially Jupiter-like planets, form in young associations.

Exploring cosmological models based on Myrzakulov gravity and their implications for the universe.

A deep dive into how scalar fields interact with gravity and nonmetricity.

Scientists study gravitational waves to understand energy, momentum, and the nature of gravity.

A new tool for easier calculations in cosmology.

Exploring early dark energy's role in resolving the Hubble tension.

Research explores low-mass seed black holes using advanced simulations.

Tidal disruption events provide insights into black holes and their effects on galaxies.

Investigating dark matter interactions using nuclear reactors offers new research opportunities.

Research reveals the crucial role of Population III stars in shaping early galaxies.

Exploring the possible link between primordial black holes and dark matter through axion physics.

Research proposes a new operator for scalar curvature in loop quantum gravity.

An overview of neutron stars and their fascinating properties in the cosmos.

Exploring the significance of bubbles in first-order phase transitions and their cosmic implications.

Uncovering the nature and properties of neutron stars through advanced research methods.

A new pipeline integrates machine learning methods in astrophysics for better analysis.

New methods using machine learning improve distance measurements for gamma-ray bursts.

A model that unifies cosmic inflation and dark energy through specific energy potentials.

Investigating the link between gravitational waves and the universe's formative events.

A look into the complex nature of dark matter and its candidates.

Exploring the behavior of charged fermionic fields at varying temperatures near cosmic strings.

Research on binary pulsars reveals their potential to detect ultra-light dark matter.

Research reveals improved methods for studying galaxy clusters and their role in understanding the universe.

This study explores glueballs and their potential role in dark matter.

Scientists study black holes using gravitational waves to uncover their formation and characteristics.

Exploring helium reionization's impact on the intergalactic medium and cosmic structure.

Exploring the connection between phase transitions and primordial black holes through gravitational waves.

A look into how computer simulations help explain small galaxies around large ones.