Latest Articles for Astrophysics

Scientists find dust gathering near PDS 70 b, hinting at Trojan body formation.

Investigating the relationship between gravitational waves and ultralight dark matter using pulsar timing.

Research on baryon number fluctuations helps reveal nuclear matter's critical transitions.

Examine the role of intra-halo light in galaxy structure and evolution.

Research reveals how dark matter affects neutron star properties.

A look into black hole microstates and their significance in quantum physics.

A look into how galaxy shapes affect cosmic measurements and understanding.

A look into blackholes and blackrings, their properties, and significance in modern physics.

Exploring the role of FIPs in cosmic events like supernovae.

Scientists study elusive particles produced during supernova explosions to learn about the universe.

This article explores Type Ia supernovae and their role in understanding the universe's expansion.

This article explores how distance and redshift reveal the universe's structure.

The LISA mission aims to measure black hole eccentricity through gravitational waves.

A study of magnetic fields and cosmic rays in the Monogem region.

Examining the role of neutrinos in cosmic ray behavior within galaxy clusters.

Learn how solar energetic particles impact space weather and technology.

Introducing an efficient approach to validate supernova data analysis for cosmology.

Research uses machine learning to categorize galaxies based on their light emissions.

An exploration of how nova systems evolve and their unpredictable behaviors.

Researchers examine data to find signs of gravitational wave memory.

Explore the role of the angular power spectrum in studying the universe's structure.

Quasar-driven outflows influence galaxy evolution and star formation.

New research shows cosmic rays impact star formation and gas dynamics in galaxies.

Scientists investigate dark matter's subtle links to electron behavior through hadronic processes.

A look at how magma oceans shape the density of lava worlds.

This study compares star movement measurements from Gaia and VIRAC2.

Astronomers study the unique features of TDE AT2019qiz and its surrounding environment.

GRAND aims to detect ultra-high-energy cosmic particles through a global network.

Research reveals key details about white dwarf atmospheres using data from the Gaia satellite.

Exploring mass transfer and gravitational effects in binary star systems.

New methods improve detection of the early Universe's 21-cm signal.

A look into the nature of quarkyonic matter and its significance in nuclear physics.

GRAND project focuses on efficient data management for cosmic particle analysis.

A study reveals the companion dynamics of massive stars in the Sco OB1 region.

A look into the mysteries and properties of black holes in our universe.

Study reveals important characteristics of the PSR J1622 0315 binary star system.

Study reveals mergers do not always enhance star formation in galaxies.

Measuring galaxy properties reveals insights into their formation and evolution.

New insights into gravitational redshift using advanced space technology.

New findings on V960 Mon shed light on how planets form through gravitational instability.