Latest Articles for Cosmology

Scientists investigate modified gravity theories to address dark energy and dark matter.

Learn about the pulsations of ultra-massive white dwarfs and their significance.

An overview of how the early universe's conditions shaped the formation of light elements.

This article examines how thermal properties affect the behavior of black holes.

A deep look at black holes and cosmic expansion interactions.

This study examines the connection between galaxy mass and rotation speed.

Examining how magnetic fields influence black holes and their behaviors.

CSST aims to enhance our knowledge of dark energy through galaxy cluster observations.

Research on heavy Higgs bosons may reveal secrets about dark matter in the universe.

Exploring the significance of electroweak dumbbells in understanding cosmic magnetic fields.

Lyman-alpha emission provides insights into star formation and galaxy evolution.

Study reveals how boundary settings influence gas loss in galaxy simulations.

A look at how massless scalar fields impact the universe's evolution.

Investigating dynamic vacuum effects in cosmology using Brans-Dicke theory.

A look at the interplay between superconformal field theories and gravity theories.

This article examines planar charged black holes and their unique properties.

Examining the role of neutrinos in resolving cosmic expansion challenges.

Exploring the origins of matter imbalance in the universe through electroweak baryogenesis.

Absorption lines in quasar spectra reveal secrets of the universe's evolution.

Euclid aims to refine our knowledge of dark energy and dark matter through advanced weak lensing analysis.

Cosmic voids hold key insights into the universe's structure and evolution.

Research explores isospin violation's role in dark matter detection methods.

Study reveals insights into early universe through ultra-compact massive galaxies.

Scientists investigate dark matter through experiments like NA64 at CERN.

A look at how gravitational waves challenge our understanding of gravity and the universe.

Exploring dark photons and their implications for dark matter and particle physics.

Examining scalar-tensor theories reveals new possibilities for understanding gravity.

Researchers introduce a simpler way to estimate black hole masses using continuum light.

Exploring how water shapes the formation of planets in young star systems.

A look into inflationary models and their implications for cosmic evolution.

JAX-COSMO aids scientists in efficiently studying cosmic data.

A look into dark energy's role in the expanding universe.

Study reveals surprising patterns in satellite distribution and movement around galaxies.

This article explores the search for dark matter linked to top quarks at the LHC.

Scientists investigate bumblebee black holes for deeper insights into gravity and cosmic behavior.

Examining the unique properties of Bardeen black holes with dark matter influence.

An exploration of black hole evolution and the roles of charge and mass loss.

A look at how assistant fields improve inflation theory and observational alignment.

A new model links cosmic mysteries of lithium, dark matter, and dark energy.

Research explores interactions between inflaton and quantum fields following cosmic inflation.