Latest Articles for Astrophysics

Research highlights unique properties of cold solar flares compared to traditional flares.

Scientists investigate how comets influenced Earth's formation and atmosphere.

Exploring the role of neutrinos in shaping the universe.

Exploring the interaction of axions with photons and implications for dark matter.

Discover how null surfaces shape our understanding of gravity and black holes.

A look into how massive particles interact with forces at high spins.

Analyzing particle behavior in unique black hole backgrounds.

A look into the unique ejecta of V1425 Aquilae, a fascinating nova.

Examining cosmic rays and their link to gamma-ray emissions from the Carinae binary system.

New techniques in CORSIKA 8 enhance radio signal analysis for high-energy particles.

Exploring the Fractal Fokker-Planck Equation and its impact on particle behavior.

H.E.S.S. observes events to capture gamma rays from gravitational wave collisions.

An analysis of quantum mechanics in the context of cosmological models.

Studying quasars offers new insights into the universe's expansion and structure.

Research reveals insights into OJ 287's unique jet behavior and brightness changes.

Study reveals how X-ray luminosity relates to star formation rates in galaxies.

Study reveals stronger gamma-ray emissions from the Rosette Nebula than expected.

This article explores the differences between bosonic and fermionic states in black holes.

Research explores the impact of hot dark matter using weak lensing and CMB data.

Study reveals unexpected dark substructure challenging existing models of dark matter.

Study reveals new constraints on warm dark matter using quasar spectra.

A study reveals how galaxies change in size and structure over time.

Examining dipole strengths using gadolinium helps illuminate nuclear processes.

Learn how young stars influence their formation environments and interstellar dynamics.

Two mini-Neptunes found in a special arrangement around a K-type star.

Scientists seek to understand dark matter through advanced detection methods and theoretical models.

Gravitational waves provide new insights into the universe through lensing and statistical analysis.

Research reveals unexpected Lithium levels in red giants, sparking new theories.

The GMT will advance our study of cosmic phenomena through polarimetric measurements starting in 2029.

A study on dark matter's role in galaxy formation and evolution.

Exploring the mysteries of dark energy and its role in the universe's expansion.

New methods enhance gravitational wave analysis for general relativity tests.

HDF850.1's H-alpha emission reveals key details about star formation and galaxy evolution.

Scientists seek molecular oxygen in a young star's disk but find little evidence.

Scientists study low-frequency gravitational waves to learn about massive black holes and the universe.

Explore how accretion rates affect early universe stars.

Study reveals important connections between CMB and galaxy weak lensing.

Recent findings reveal hydrogen's impact on early galaxy development.

Study of HD 72946 B reveals key features of brown dwarfs and their atmospheres.

Research reveals how galaxy clusters influence ultra-high-energy cosmic rays.