Latest Articles for Cosmology

Exploring how galaxy properties influence their clustering and formation history.

Researching dark matter's effects and properties through radio emissions in the Andromeda Galaxy.

Research on galaxies reveals key patterns in their acceleration and behavior.

Examining how the Universe may avoid singularities through the superbounce concept.

Discover the thermodynamic properties and behavior of black holes in space.

Research reveals how massive stars influence early Solar System conditions.

Examining antimatter produced through dark matter collisions and its significance.

NGC 1277 challenges expectations with its low dark matter content.

Examining the implications of bimetric-affine gravity in cosmology and dark matter.

Astronomers study a unique galaxy stopping star formation due to various factors.

Study uncovers hidden star formation in dusty galaxies during the Epoch of Reionization.

Can Kerr black holes spin faster than their limits?

Research reveals temperature dynamics of gas in the Central Molecular Zone using ammonia.

Scientists investigate dark matter and neutrinos to answer fundamental questions about the universe.

An overview of wormholes and the lensing effects they may produce.

Investigating how quantum mechanics influences the stability of space-times.

Researchers investigate how dark matter's particle size affects cosmic structures.

Examining how neutrinos interact with atomic nuclei and implications for dark matter detection.

Research unveils the unique properties of nonsingular black holes and their impact on light.

Examining how dark matter halos grow and change in the universe.

This paper presents an improved model for understanding dark matter halos around galaxies.

Scientists study baryon number distributions to understand matter and the universe.

Examining how gas discs impact the behavior of binary black holes.

Examining limitations and implications of the Distance Conjecture in quantum gravity theories.

A look at axions and neutralinos as dark matter candidates in SUSY models.

Neutron star collisions create jets and kilonovae, revealing secrets of the universe.

Researchers use radio signals to investigate dark matter in nearby dwarf galaxies.

Scientists investigate dark matter properties in the Milky Way and beyond.

Cardinal mocks improve galaxy clustering analysis for cosmological surveys.

New methods enhance our grasp of QCD and its phases.

Examining how radio AGN jets affect gas and star formation in galaxies.

Examining how one-loop effects influence curvature perturbations and structure formation in inflation.

Scientists aim to detect gravitons to learn about the universe's early moments.

Examining how light bends reveals secrets of dark matter in the universe.

Researchers investigate axions to uncover secrets of dark matter and the universe.

Examining how small changes in the universe affect its structure and behavior.

Study reveals non-singular black holes and their intriguing properties.

Examining the electromagnetic vacuum's potential squeezed state and its implications.

Using new methods to rethink the early universe's behavior and expansion.

Study reveals pathways behind the Milky Way's dense star cluster.