Latest Articles for Astrophysics

An overview of how double neutron stars evolve and their significance in astrophysics.

A look into the formation and structure of planetary nebula M 1-16.

Exploring how the holographic principle connects quantum mechanics, gravity, and black holes.

Researching starlight polarization reveals insights about interstellar dust and magnetic fields.

A unique funnel-shaped CO gas structure has been found near the Milky Way's center.

Research sheds light on how exoplanets lose atmospheres over time.

Kilonovae reveal the formation of heavy elements during neutron star collisions.

Researching quark-gluon plasma reveals insights into matter at extreme conditions.

A look into the fascinating behavior of blazar superluminal knots.

Investigating scalar singlets and their role in beyond Standard Model physics.

Research reveals how gas outflows shape galaxies and their evolution over time.

A look into black holes, their vibrations, and gravitational wave discoveries.

Researchers analyze fluid behavior theories at extreme speeds to enhance stability understanding.

Exploring the dense nature of neutron stars and their equations of state.

Examining how black holes may influence dark energy and cosmic expansion.

Researchers uncover numerous young star clusters reshaping our view of star formation.

Research reveals periodic energy changes in magnetar X-ray bursts.

Investigating the reheating phase following inflation in the early universe.

Exploring the impact of a positive cosmological constant on gravitational waves.

Research highlights baryons' impact on dark matter halo behavior and evolution.

Massive stars evolve dramatically, ending in supernovae that spread essential elements for life.

A new deep learning method improves predictions for stellar atmosphere models.

This article examines how to recognize binary influences in protoplanetary discs.

Plasma turbulence influences cosmic environments and energy transfer across various scales.

A look at how Higgs inflation connects particle physics to the universe's early moments.

Research reveals the role of tidal forces and dynamical friction in galaxy formation.

A closer look at the unique behavior of forbidden dark matter.

This method helps scientists study stars by analyzing light patterns.

New methods in simulations reveal insights into how galaxies form and evolve.

Research reveals jets as key drivers behind Intermediate Luminosity Optical Transients.

Exploring the connection between merging black holes, neutron stars, and cosmic mysteries.

WFST will enhance our knowledge of transient celestial events and planetary defense.

We studied the Vela Pulsar using voltage signals to measure its time period.

This study examines neutron star oscillations for insights into their internal structure.

Study of spins in black hole backgrounds reveals significant phase transitions.

Research on cross stars reveals insights into matter under extreme conditions.

A new model connects early inflation with late-time dark energy effects.

Examining the similarities in orbital periods of planets near their stars.

Research improves polarization measurements of pulsars, revealing insights into cosmic phenomena.

Next-generation EHT aims for detailed black hole observations and public engagement.