Latest Articles for Cosmology

Recent studies reveal changes in metal content during the universe’s formative years.

This article examines black holes and their unique properties, particularly the non-rotating Simpson-Visser model.

Recent data on galaxy samples aids in uncovering cosmic phenomena and dark energy.

Scientists study how gravity may differ across cosmic regions.

Scientists investigate the origins of fast radio bursts and their potential sources.

Study reveals unexpected findings about sub-halos and their role in galaxy clusters.

Scientists investigate bulk viscosity in dark matter as a potential cause for cosmic acceleration.

Research sheds light on helium's role during the universe's formative years.

Recent findings reveal gas dynamics in haloes surrounding bright, star-forming galaxies.

Exploring how observers interact with fields in our expanding universe.

Discover how gravitational waves reveal secrets of black holes and their galaxies.

Reheating bridges the cold early universe to particle creation after inflation.

New methods in forecasting enhance scientific predictions and efficiency.

Exploring the significance of gravitational waves and pulsars in cosmic studies.

Learn about neutrinos, their oscillation, and their significance in understanding the universe.

A look into wave scattering dynamics in de Sitter space.

Research reveals how non-commutative black holes alter our views on gravity.

Astronomers discover a Type Ia supernova in galaxy cluster G165, revealing new insights.

Recent discoveries in gravitational waves enhance our understanding of cosmic events.

A look into black holes, their nature, and related concepts.

Investigating how gas clouds influence FRBs and our view of the universe.

Quasars reveal details about universe expansion and the tension in current models.

A study reveals how a tilted dark halo shapes the Milky Way's warp and flare.

Tilted dark halos influence galactic shapes and behaviors.

This article examines how ram pressure stripping affects galaxies during interactions.

Scientists investigate the 21cm signal to learn about the Universe's dark ages.

Exploring how new dark energy models aim to resolve the Hubble tension.

Exploring how dark matter connects with cosmic inflation and its implications for the universe.

Examining how quantum fields shaped the early universe's structure and dynamics.

Simulation duration affects findings on heavy element production in black hole accretion disks.

Study of ancient stars reveals insights into early universe formation.

Magnetic fields shape the behavior of accretion disks around massive objects.

Neural networks analyze 21 cm intensity mapping data from the BINGO telescope.

Exploring how dark matter halo concentration changes over time and its cosmic implications.

Examining the discrepancy in measuring the universe's expansion rate.

Studying mass transfer between black holes and its effects on boson clouds.

A look into tunneling processes and their role in cosmology.

An overview of singularities and their significance in understanding the cosmos.

A look into cosmic rays and their significance in understanding the universe.

Researchers study connections between supermassive black holes and galaxies using gravitational waves.