Latest Articles for Astrophysics

A look into the role of scalar fields in the formation of dark matter.

A look into black holes and thermodynamics in Lovelock gravity.

New metrics improve simulations of black holes and their surrounding matter.

Exploring the complex interactions between stars and black holes during Tidal Disruption Events.

Examining the chiral anomaly and its role in generating magnetic fields in high-energy environments.

Explore the fascinating properties of massless fermions and their interaction with magnetic fields.

Scientists search for signs of quantum black holes in high-energy collisions.

This study links unresolved gamma-ray background with galaxy distributions to uncover dark matter properties.

A fresh look at dark matter candidates and their relation to the Standard Model.

A look into why black holes don't exist in three-dimensional gravity.

Scientists develop a method to study gravitational waves from black holes more accurately.

Gravitational waves reveal cosmic events and offer insights into fundamental physics.

Research sheds light on nucleon interactions at short distances using CLAS12 experiments.

Exploring the interplay between fermionic modes and self-gravitating non-Abelian monopoles.

Exploring the unique properties and behaviors of neutron stars.

Researchers introduce advanced simulations to study the universe's complex structure.

New insights on open clusters' masses, ages, and dynamics using advanced methodologies.

Exploring gravitational collapse and black hole formation in Quadratic Gravity theory.

Research into neutrinos could reveal important insights into particle physics and our universe.

Scientists use machine learning to classify star clusters in nearby galaxies more accurately.

Aether Scalar Tensor theory offers new ideas on gravity and dark matter.

Learn about black hole shadows and their significance in gravity research.

Explore how galaxy bias shapes our view of the universe.

Researchers examine pixelated spacetime to address key questions in quantum gravity.

Utilizing simulations and machine learning to enhance our understanding of star formation.

This article examines how binary stars influence the formation of protostars.

New insights on antineutrino interactions with hydrogen enhance our understanding of particle physics.

New insights into the early universe through pulsar timing arrays and gravitational waves.

A closer look at the unique formation of eccentric millisecond pulsars.

This study investigates the X-ray emissions and oscillations of magnetar SGR J1935+2154.

Scientists investigate elusive Light Dark Matter particles through innovative experiments.

New evidence suggests high-energy neutrinos are emitted from our galaxy's plane.

Investigating how lens models affect Hubble constant measurements from SDSS J1004+4112.

A new pulsar challenges our knowledge of pulsar emissions and classifications.

Researchers explore the relationship between quasars and their accretion disks, revealing new dynamics.

This study examines the polarization of X-rays from X-ray tubes to enhance calibration efforts.

Study identifies and categorizes X-ray sources using eROSITA data.

Examining the formation and development of sub-Neptunes and the impact of rainout.

Recent findings suggest possible QGP conditions in high-energy proton collisions.

Examining the T-model and its implications for cosmology.