Latest Articles for Cosmology

A new method enhances galaxy shape measurements, reducing biases in cosmic studies.

A fresh look at how galaxies interact with their surroundings.

Research sheds light on axion quark nuggets' role in dark matter.

Recent findings challenge existing theories on the rapid formation of massive galaxies.

Astronomers aim to detect the elusive HI-21cm signal using innovative techniques.

Exploring the splashback radius and its role in understanding the universe.

Study reveals origins and movements of two ancient stars.

Exploring the relationship between galaxy size and mass using JWST data.

Scientists aim to improve understanding of supermassive black holes through advanced observation.

Exploring how machine learning improves analysis of the Cosmic Microwave Background.

A novel technique improves separation of light from AGNs and their host galaxies.

Research sheds light on the characteristics of G309.8+00.0 using X-ray and gamma-ray data.

Study of Carrollian symmetries and their implications in modern physics.

Exploring the relationship between thermodynamics and K-essence in modified gravity theories.

Analysis of Kropina spaces reveals insights into metrizability and curvature.

Exploring how early cosmic events shaped the universe's structure.

Researching antideuterons could reveal insights into the nature of dark matter.

Researchers investigate the role of dark glueballs in understanding dark matter.

This article explores the complex nature of pseudo-Dirac neutrinos and their significance.

Investigating vacuum energy's role in cosmic evolution and structure formation.

Examining how anisotropic conditions may shape future cosmic singularities.

Researchers investigate bright galaxies using advanced telescopes to understand their formation.

Research reveals new black hole solutions and properties using modified gravity theories.

A look into the star formation process in tidal dwarf galaxy J1023+1952.

Examining various models of dark matter beyond the standard cold dark matter framework.

A novel model offers clues to dark matter and particle physics anomalies.

Exploring quantum gravity's degrees of freedom and its implications for the universe.

This observatory studies the Cosmic Microwave Background to reveal secrets of the universe.

Scientists aim to understand the gravitational-wave background using galaxy surveys.

This study reveals key insights into the secondary maximum of Type Ia supernovae.

Study explores dark matter formation linked to polynomial inflation theories.

Research reveals conditions of early galaxies and their star formation rates.

Research on SARGs in the SMC improves understanding of galactic distances.

Researchers propose a new model to improve understanding of dark matter and dark energy.

This article examines how UHE neutrinos affect early cosmic signals.

New findings reveal insights into the universe's reionization phase and its impact.

Exploring how vacuum states impact quantum information and entanglement.

Studying neutron star mergers reveals insights into gravity, energy, and heavy element formation.

Research reveals how non-thermal pressure impacts galaxy cluster mass estimations.

Scientists explore voids that may influence dark matter and gravitational pull.