Latest Articles for Cosmology

Exploring the connection between quantum mechanics and gravity through black holes and gravitons.

An overview of cosmology, modified gravity, and galaxy formation insights.

A study reveals significant insights into galaxy merging activity and its effects.

Pion stars offer insights into dense matter and the universe's behavior.

A new perspective on the Strong CP problem through the mirror world concept.

This article examines how voids affect our understanding of the universe.

Learn how gravitational waves help uncover the mysteries of the universe.

Investigating heavy ion collisions reveals insights into exotic hadrons and fundamental forces.

A look into how anisotropic conditions influenced the early Universe's evolution.

Scientists examine the interaction between gravitational waves and electromagnetic waves for new detection methods.

Research reveals details about the structure and movement of nearby galaxies.

AliCPT-1 telescope advances study of the Cosmic Microwave Background.

Examining how gravity influences light and its implications for black holes and wormholes.

An overview of Lorentzian manifolds and their role in Minkowski spacetime.

An insight into charged black holes and modified theories of gravity.

An overview of the Milky Way's formation and star distribution patterns.

A look at how cosmological polytopes connect mathematics and physics.

Unraveling the secrets of neutrinos and their role in the universe.

A look into the links between quantum mechanics and cosmology.

Gamma-ray bursts offer insights into cosmic events and star evolution.

Exploring the role of neutrinos in shaping cosmic evolution.

Scientists study 21-cm signals to learn about the universe's infancy.

MACS0308-zD1 offers insights into star formation in the early universe.

Researchers develop methods for translating cosmic field data using computer algorithms.

Examining how external influences interact with the quantum vacuum to create particles.

Studying how non-metricity affects black hole oscillations and gravitational waves.

New insights may reshape the understanding of black holes and their interactions.

Exploring the relationship between dark matter and cosmic inflation in the universe.

Exploring the elusive nature and significance of neutrinos in modern physics.

Researchers use the Sun to investigate theoretical particles called Axion-Like Particles.

Examining how non-minimal coupling affects gravity and cosmic expansion.

Exploring how supersonic turbulence shapes the interstellar medium and star formation.

This article examines black holes affected by non-commutative geometry in higher dimensions.

Researchers examine modified gravity theories to explain the universe's accelerating expansion.

Using machine learning to predict LPNG relations with galaxy properties.

This article reviews curve behavior in metric-affine geometry and its implications for gravity.

Researchers employ CNNs to identify particle hotspots in Cosmic Microwave Background.

Scientists investigate light dark matter and its challenges for detection.

Study reveals effects of fuzzy dark matter on dwarf galaxy dynamics.

New insights on neutrino self-interaction could reshape our understanding of the universe.