Latest Articles for Cosmology

Research reveals links between primordial black holes and gravitational waves, shedding light on cosmic mysteries.

Scientists investigate Bardeen black holes and their impact on Hawking radiation and quasinormal modes.

This article explores the connection between phase transitions, gravitational waves, and magnetic fields.

A look into how baryons may have emerged in the universe.

Investigating how teleparallel gravity and Skyrmions reshape our view of black holes.

New approaches simplify the study of complex high-spin particles and their interactions.

A look into methods for estimating galaxy cluster masses using the Cosmic Microwave Background.

Exploring the link between inflationary cosmology and Tsallis entropy for a better understanding of the universe.

Researchers investigate galaxy formation times using clustering and dark matter effects.

A modified gravity model offers fresh insights into cosmic acceleration without dark energy.

Discover how axion stars might emit light in our galaxy.

Research on axions in neutron stars sheds light on dark matter.

This study focuses on the shadow and lensing effects of the modified Bardeen black hole.

Exploring the relationship between galaxies and their surrounding gas environment.

Researchers use new methods to model how inflation affects the universe's structure.

Study reveals unclear ties between AGN activity and star formation in galaxies.

Investigating rotating black holes and modified gravity to enhance our understanding of the universe.

This research examines how supernovae influence the formation and evolution of galaxies.

Weak lensing reveals the distribution of matter in the universe through galaxy distortion.

Study of stability in 4D SCFTs under marginal deformations reveals chaotic dynamics.

New findings reveal the significant role of quasars in cosmic reionization.

Recent findings on gravitational waves may reveal the role of heavy QCD axions.

Research reveals insights into dust and light interactions in space.

Exploring how supersymmetry shapes the universe through various phases.

CMB-S4 aims to map the universe's early moments using advanced telescope technology.

Examining how matter fields localize on thin and thick branes.

New insights into thermal conductivity in quark-gluon plasma and its impact.

This study examines quark matter's shear viscosity influenced by strong magnetic fields.

Discover the unique properties and stability of charged boson stars.

This study introduces Quantum GravitoElectromagnetic Dynamics, aiming to connect gravity and quantum mechanics.

Explore how different regions of the universe interact over time as it expands.

Investigating the possible existence and impact of sterile neutrinos in particle physics.

Research aims to enhance cosmic distance measurements using glSNe.

Investigating the early universe through the elusive 21 cm signal from hydrogen.

Scientists find dust gathering near PDS 70 b, hinting at Trojan body formation.

Exploring fermionic behavior in the Fulling-Rindler vacuum reveals unique insights.

Investigating the relationship between gravitational waves and ultralight dark matter using pulsar timing.

A look into black hole microstates and their significance in quantum physics.

Exploring the implications of massive gravitons on gravitational interactions and cosmic structures.

A look into how galaxy shapes affect cosmic measurements and understanding.