Latest Articles for Astrophysics

Studying neutron star glitches reveals complex fluid dynamics in their interiors.

J1316+2614 reveals insights into early galaxy formation with its intense star formation activity.

TESSilator helps researchers analyze star rotation using TESS data.

A new model effectively identifies carbon stars from light spectra data.

Exploring how supermassive black holes influence galaxy growth and structure.

Novae play a crucial role in the Milky Way's chemical makeup.

Study reveals patterns in young stars' vertical and radial movements in our galaxy.

Exploring the complex relationship between black holes and quantum mechanics.

New insights into black hole behavior through gravitational wave detection.

Researchers identify 23 new heartbeat stars, expanding knowledge of binary star behavior.

REMIX improves fluid simulations by addressing key issues found in traditional SPH methods.

Observations reveal key changes in the low-mass X-ray binary XTE J1856+053 during its recent outburst.

A look into the relationship between black holes and dark matter.

Learn how weak lensing helps reveal the universe's hidden mass distributions.

Examining black holes, Hawking radiation, and the information loss problem.

New findings reveal characteristics of young planets and their potential evolution.

Examining the unique features of loop quantum black holes and their implications.

Exploring how symmetry energy influences alpha decay rates in atomic nuclei.

New methods enhance accuracy of pulsar timing measurements.

A look into the process of high-mass star formation and key influences.

Researchers examine how fuzzy dark matter shapes the universe using high-redshift observations.

How tidal forces shape the collapse of massive stars and lead to singularities.

Explore the intriguing drifting subpulses of pulsars and current models explaining their behavior.

A look at how deadtime affects X-ray observations of the Crab pulsar.

Study reveals unique variability patterns in black hole X-ray binary IGR J17091-3624.

Studying neutron star mergers reveals connections to dark matter and cosmic events.

New findings on redshift may change how we view galaxy distances.

A study of dark energy's impact on the universe's growth and structure.

Exploring how magnetic fields affect massive stars in low-metallicity environments.

BabyIAXO seeks to detect high-frequency gravitational waves and dark matter axions.

This article examines gamma-ray bursts and their rapid variability, revealing insights into cosmic events.

Are compact galaxy groups truly unique formations or just random alignments in space?

Exploring the unique brightness and power sources of superluminous supernovae.

Study shows how solar energetic protons change during coronal mass ejections.

Investigating the processes and remnants of neutron star mergers and their magnetic fields.

Venice allows more accurate astrophysical simulations by adapting different processes effectively.

Research reveals details of a Lyman-emitter galaxy through gravitational lensing effects.

Binary stars reveal insights into star formation and evolution.

Research reveals the role of magnetism in galaxy group dynamics.

Study reveals insights on metal-poor stars and their influence on galaxy formation.