Latest Articles for Cosmology

Exploring how angular momentum affects star rotation and evolution.

This article discusses the relations between holography, observers, and correlation functions in de Sitter space.

This study examines how multiple fields shape inflation in the early Universe.

Examining how cosmic torsion influences the behavior of neutrinos.

Exploring the link between primordial black holes and supermassive black holes.

Investigating the significance of antiprotons in cosmic rays and dark matter studies.

Explore the intricate elements of spacetime and their impact on physics.

Scientists investigate dark matter candidates, focusing on WIMPs and BSWs.

Study explores Lyman-alpha galaxies and their role in Cosmic Reionization.

New methods in cosmic surveys reveal deeper insights into the universe's structure.

Investigating the origins and mechanisms of long gamma ray bursts in the universe.

This study examines how microlensing can reveal insights about dark matter.

Understanding the complex interactions of compact binaries and their gravitational wave emissions.

Recent research reveals how massive spin-2 fields affect spinning black holes.

New models improve our understanding of black holes and their accretion discs.

Discover how wave effects in gravitational lensing reveal cosmic secrets.

This article examines nonlinear forms of the Schrödinger equation and their applications.

Exploring how heavy elements spread throughout galaxies and influence their chemical composition.

Research focuses on axinos as candidates for dark matter.

This study investigates gamma-ray bursts from axion-like particles produced in supernovae.

Examining how supermassive black holes relate to cosmic expansion.

A study reveals complex ties between Type 1 AGNs and cold molecular gas.

Investigating how black holes behave in higher dimensions and their thermodynamic properties.

Scientists explore WIMP freeze-in as a new model for dark matter.

Researchers use atomic gases to study cosmic evolution and particle dynamics.

Studying neutron star interactions reveals key insights about gravitational waves.

Examining how dark matter particles condense into Bose stars through interactions.

An overview of dark energy's role in the universe's expansion.

Exploring how gravity may explain the matter-antimatter imbalance in the universe.

This article explores how neutron star mergers create heavy and superheavy elements.

Research examines how gravity behaves in areas with low galaxy density.

A study on how dark matter affects black holes and their bright accretion disks.

A look into logamediate inflation and its role in universe evolution.

This study aims to uncover obscured quasars using infrared data.

Research reveals key connections between cold gas and galaxy formation.

Scientists use glass-like catalogs to analyze galaxy clustering more accurately.

Research sheds light on hydrogen reionization and its cosmic implications.

A detailed catalogue showcasing properties of 2368 late-type galaxies and their dynamics.

Examining scalar fields and their impact on the universe's expansion and structure.

Research sheds light on satellite galaxies and their role in galaxy formation.