Latest Articles for Cosmology

Investigating the link between cosmic inflation and quantum entanglement in the universe.

Research continues to shed light on dark matter and its role in the universe.

A look into the formation and types of compact stars.

A look into how planets form and material moves in protoplanetary discs.

Researchers investigate unknown neutron stars in binary systems for gravitational waves.

A look into string theory and its implications for the universe.

This article explores how magnetic fields influenced matter production in the early universe.

Investigating the role of magnetic fields in creating matter-antimatter imbalance in the universe.

This article explores how simulations and machine learning predict galaxy properties.

New insights explore the complexities of neutron stars and their possible compositions.

Scientists investigate new models of dark energy using modified gravity theories.

A look at how dark photons may explain high-energy gamma rays from GRB221009A.

Research reveals new candidates for strongly lensed quasars using machine learning techniques.

A study reveals limited dwarf galaxies near NGC 2403, enhancing galaxy formation insights.

This article explores the link between ultralight scalar dark matter and right-handed neutrinos.

Recent findings challenge our understanding of the Milky Way's mass and structure.

Discover how galaxies are grouped and move in the universe.

This article discusses the significance of the Magellanic Clouds in understanding galaxies.

Examining how direct collapse occurs in dark matter halos.

Research on SN 2022qmx enhances our understanding of cosmic expansion.

Researchers analyze GS-9209, revealing new details about early massive quiescent galaxies.

Recent findings reveal unexpected properties of distant super-early galaxies.

Discover how tails shape our understanding of gravitational waves and energy loss.

Exploring the challenges in detecting dark matter and the potential role of hidden sectors.

Investigating potential objects between neutron stars and black holes.

A new method enhances our understanding of cosmic structures and galaxy formation.

Examining the ties between matter, antimatter, and dark matter in the universe.

A study measuring black hole mass in a unique Seyfert 1 galaxy.

A look into black holes, their evaporation, and new theories about their behavior.

Research challenges dark matter theories through emergent gravity analysis of dwarf galaxies.

This study examines how global monopole charge impacts light paths near black holes.

Exploring the significance of holographic entropy inequalities in quantum systems.

Exploring the kinematic Sunyaev-Zel’dovich effect and its impact on cosmology.

This study measures CN molecules to gain insights into the cosmic microwave background temperature.

Examining a scalar field model for understanding the universe's accelerated expansion.

A brief overview of the significance of heterotic strings in theoretical physics.

Research reveals new methods for studying matter density and its implications for the universe.

Studies reveal how modified gravity could explain cosmic acceleration and dark energy.

Examining the relationship between dwarf galaxies, black holes, and nuclear star clusters.

A look into how Carrollian limits reshape electromagnetism and theoretical physics.