Latest Articles for Astrophysics

Recent experiments aid in understanding neutron stars and their unique properties.

An overview of skyrme crystals and their significance in understanding neutron stars.

Recent survey reveals potential brown dwarf companions in microlensing events.

Low-mass stars influence planet atmospheres and the potential for life.

Researchers study high-energy cosmic rays and their potential sources in the universe.

This article explores wormholes, photon orbits, and the role of barotropic fluid in stability.

Astronomers investigate gas dynamics in the DR21 cloud to understand star formation.

ULTRASAT aims to observe supernovae and magnetars through UV light detection.

Dust within galaxies shapes their development and star formation.

Exploring the links between geometry, mass, and physical theories through isoperimetric properties.

Study reveals light structures around AGB stars, showcasing mass loss processes.

A look into scalar fields and fifth forces in gravitational interactions.

Supernova 2019eix presents unique characteristics challenging current astronomical classifications.

Research reveals insights into early stars and their chemical influence on the universe.

Research reveals potential new physics around black holes through scalar fields.

Examining how false vacuum bubbles interact and influence black hole formation.

A look into non-standard interactions of neutrinos and their significance.

This article examines a new model of inflation involving energy dissipation through scalar fields.

Research reveals interactions between the Higgs boson and metric-affine gravity.

Exploring the role of bulk viscosity in the universe's expansion.

Investigating gamma-ray emissions from M31 reveals insights into dark matter's role.

A study reveals a model to predict light from neutron star-black hole collisions.

A study reveals new findings on the unique quasar and its black hole.

New tools enhance analysis of weak gravitational lensing data for cosmic insights.

Study reveals a 325-day oscillation in Mkn 421's X-ray emissions.

A study reveals the magnetic properties of two binary stars.

Exploring the unique stars formed from neutron star collisions.

ICAL aims to measure neutrinos and their oscillation properties with precision.

Astronomers study NGC 4993 and its role in revealing gravitational waves and electromagnetic signals.

Neutrino forces could challenge our understanding of interactions in the universe.

Investigating the potential presence of charm quarks within protons.

Scientists investigate dark matter, focusing on ultralight dark matter and pulsar signals.

Study reveals potential CME linked to flare on KIC 8093473.

Pulsars offer insights into gravity, space, and dark energy through precise timing.

A new method aims to reduce noise in gravitational wave detection.

This research explores the role of keV neutrinos in dark matter production.

Research sheds light on the inner disk of CI Tau and its potential for planet formation.

Instabilities in protoplanetary disks are key to understanding planet formation.

An overview of regular black holes, wormholes, and their key properties.

This article explores the impact of shock waves on element formation in the universe.