Latest Articles for Cosmology

Exploring the link between entanglement entropy and cubic curvature gravity in theoretical physics.

Researchers use neutrinos to investigate the elusive nature of Dark Matter.

Researching new particles could deepen our knowledge of dark matter and the universe.

Study reveals new structures and measurements of distant galaxies.

Exploring the nature of quantum fields near black holes and their unique behaviors.

This study examines how accretion impacts the rotation and structure of forming stars.

A look into black hole properties like temperature and entropy.

This article explores black holes' properties and classifications in expanding universes.

A look at dark matter and its potential connection to scalar fields.

This study examines how magnetic fields affect energy fluctuations in charged particle systems.

A straightforward neural network predicts initial universe conditions effectively.

Researchers investigate the mysterious absence of ancient carbon-rich stars in the Galactic bulge.

A look at cosmic inflation and gravity's role in shaping the Universe.

Investigating fermion triplets as potential dark matter and their role in matter-antimatter imbalance.

Scientists seek to understand the early universe through primordial features and galaxy surveys.

Research investigates neutrinos linked to gravitational wave events using Borexino detector.

Researchers explore new models to address conflicting measurements of the Hubble constant.

The Cosmic Microwave Background reveals key insights into the universe's early state.

Deep learning techniques improve classification of noise in gravitational wave signals.

New insights into dark matter halos through quantum mechanics reveal complex behaviors.

Exploring the unique properties of dyonic black holes and their shadows.

This article explores the dilaton's potential role in dark matter.

Exploring how bulk viscosity may explain cosmic acceleration.

Exploring the uniqueness of black holes and their cylindrical symmetry.

A novel approach uncovers low-mass structures in galaxy clusters using gravitational lensing.

Research reveals connections between particle physics, Rindler horizons, and thermodynamics.

Study reveals how test masses influence self-gravitating systems.

The LSST will help discover and study smaller interstellar objects beyond our solar system.

Scientists investigate dark matter and energy to grasp the universe's growth and age.

This study examines how dust and gas layers interact in planetesimal formation.

Examining models and properties of theoretical magnetic monopoles in physics.

Explore how galactic magnetic fields affect relic neutrinos and what this reveals about our universe.

Scientists study energetic causal sets to rethink the universe's foundations.

Researchers propose early dark energy as a solution to the Hubble constant disagreement.

Study reveals how environmental factors influence gas inflow rates in galaxies.

Exploring the differences between Population III and Population II stars in black hole formation.

Research explores graphene and carbon nanotubes for detecting dark matter interactions.

Study reveals how feedback and environment shape X-ray properties of early-type galaxies.

Researchers study dark matter interactions with electrons in graphene for potential detection.

Scientists study early galaxies to uncover the universe's bright history.