Latest Articles for Astrophysics

Exploring Nambu-Poisson structures and their applications in complex systems.

An overview of how black holes transition between phases influenced by various factors.

Research reveals giant radio galaxies thrive in denser cosmic environments.

Researchers analyze the unique jet features of BL Lacertae over two decades.

Examining the significance and properties of cosmic voids in cosmology.

Upcoming surveys aim to enhance our knowledge of cosmic shear and its implications.

A new pipeline aids in identifying elusive hostless transients in the universe.

Scientists find a rare anti-glitch in a rotation-powered pulsar, revealing new insights into neutron stars.

Recent studies challenge long-held beliefs about how the Moon formed.

Hybrid stars blend neutron and quark matter, offering insights into extreme physics.

Studying high-energy neutrinos from supernovae may reveal insights about dark photons.

This study examines the relationship between X-ray binaries and their environment in NGC 300.

A study of X-ray emissions and behavior in the Seyfert galaxy IC 3599.

Exploring the GD-1 stream's insights into dark matter and the Milky Way.

Understanding filaments is critical for studying star formation and cosmic structure.

New findings reveal complexities about J1010+2358 and its origins in the early universe.

This overview explores how dark matter subhaloes influence stars and galaxies.

New insights challenge previous understandings of the Crab Nebula's brightness and energy.

Neutron stars may hold keys to dark energy and fundamental physics.

A study reveals the link between LOFAR observations and the warm neutral medium.

This study examines how merging galaxies influence star formation through molecular gas.

New methods reveal insights about black hole formation through gravitational wave analysis.

New techniques improve the clarity of gravitational wave signals through advanced wavelet methods.

A look into the merging of black holes and neutron stars, revealing cosmic secrets.

Research explores axions and their connection to gravitational waves and dark matter.

This study examines how stellar feedback affects the evolution of dwarf spheroidal galaxies.

A detailed study reveals the motion differences in star clusters and field stars within the LMC.

A fresh approach enhances the efficiency of detecting continuous gravitational waves from neutron stars.

A look into how stars meet black holes and the resulting light emissions.

Research reveals the role of giant radio galaxies in cosmic magnetism.

Exploring how light behaves during the rapid expansion of the Universe.

Investigating how galaxies contribute to metal content in the universe.

Gravitational waves offer insights into cosmic events from merging black holes and neutron stars.

Study reveals how galaxy types affect interactions and evolution in compact groups.

Researchers develop faster methods for simulating gravitational lensing effects.

Explore the unique features and evolution of neutron stars and their impact on the universe.

A new method uses neural networks to enhance galaxy power spectrum data analysis.

Primordial black holes could reveal insights about dark matter through neutrino emissions.

Exploring how sterile neutrinos may explain dark matter in the universe.

Researchers explore innovative techniques to detect elusive dark matter particles.