Latest Articles for Astrophysics

This study focuses on the crush curves of silica in space impacts.

Gravitational waves reveal secrets about the universe's early structure and inflation.

A look at complex gravitational interactions in three-body systems.

A look into modified gravity theories and dark energy's role in the universe.

Research reveals how carbonyl sulfide may form in icy regions of space.

A new tool improves the modeling of gamma-ray behavior in the universe.

SN 2023ixf offers valuable data on Type II supernovae and their early interactions.

A look into how massive stars form and the challenges of identifying their origins.

A potential giant planet found orbiting the white dwarf GALEX J071816.4+373139 enhances our knowledge of planet formation.

Examining the nature and significance of composite dark matter in the universe.

Analyzing a distant galaxy reveals insights into star formation and active galactic nuclei.

CASTOR offers new techniques for studying core collapse supernovae using light curves.

Dive into the fascinating world of a unique black hole.

New model addresses differences in Hubble constant measurements.

Exploring the connection between gravitational lensing and gravitational waves in astrophysics.

Explore the dense worlds of neutron stars and their complex matter.

This article examines the significance of HOCS+ and its implications for space chemistry.

This study examines how spin density changes in extreme conditions of particle collisions.

Recent studies reveal insights into the behavior of Nova V407 Lup after its outburst.

Study reveals how host galaxies affect Type Ia supernova brightness.

A look into baby universes and their role in quantum gravity.

Two models propose solutions for the universe's accelerated expansion and Hubble tension.

Recent advancements in studying warm dense matter using Bohm SPH show promising results.

Energetic particles showcase complex behavior near interplanetary shocks, impacting our understanding of space.

AstroSat collects UV data to enhance understanding of galaxy formation.

A new approach improves the detection of periodic signals in complex time series data.

Researchers investigate the complex relationship between stars and dark matter in galaxies.

Research sheds light on the behavior of black holes in AGNs.

Study reveals how electrons influence plasma behavior and energy distribution.

Exploring the unique properties of regular black holes and their significance.

Examining the wave-like properties of dark matter and its cosmic implications.

New model reveals key processes in star cluster evolution.

Study reveals flare frequency and energy in young stars of the Pictoris Moving Group.

This article explores axions and their connection to dark matter in the universe.

Exploring how eccentricity affects gravitational wave signals in black hole mergers.

Examining how polarized light reveals the dynamics of magnetic fields in astrophysical environments.

TERI aims to enhance gamma-ray detection for space research.

Scientists study axions through neutron stars to learn about dark matter and fundamental physics.

This article examines how fermions are produced during cosmic evolution.

Research on charmed hypernuclei sheds light on nuclear stability and particle interactions.