Latest Articles for Astrophysics

Explore how black holes gain magnetic fields and their impact on cosmic events.

Photometric redshifts offer a new method for studying Type Ia supernovae.

Exploring how magnetic fields affect neutrino behavior and coherence.

This study explores the differences in star formation rates indicated by H-alpha and FUV emissions.

Exploring a new model connecting dark energy and cosmic expansion.

Observations reveal potential planet formation in a young star's dusty disk.

Study reveals how intense star formation shapes galaxy structures.

New insights on heat transfer in turbulent fluid flows.

Investigating the connection between primordial black holes and the early universe.

Triton’s atmosphere is shaped by magnetospheric electrons and complex magnetic fields.

Pulsars offer insights into gravity and the universe's nature.

Examining low-mass galaxies offers insights into dark matter properties.

Research on SN Encore reveals consistency in Type Ia supernova properties across distances.

Studying AU Mic offers key insights into young planet formation.

Study reveals unique pulsation and rotation patterns of specific roAp stars.

COLOSS simplifies nuclear scattering research through advanced computational techniques.

A new method improves detection of short gravitational wave bursts amid noise.

This study examines the equation of state for nuclear matter in heavy-ion collisions.

A closer look at the brightest gamma-ray burst ever observed.

New findings from R136 suggest its role in cosmic ray production.

Examining hybrid inflation and its role in the universe's early expansion.

A star system with intriguing binary dynamics and pulsation patterns.

Research reveals important connections between white dwarfs and their binary companions.

Recent study reveals connections between asteroid colors and their histories.

Explore how cosmic rays influence star formation in molecular clouds.

SNO+ helps scientists study solar neutrinos from the Sun's core.

This article investigates how AGN winds affect clumpy interstellar mediums.

Explore how neutron stars challenge our understanding of gravity and matter.

Research explores the significance of low-brightness black holes in cosmic evolution.

Examining how limb asymmetry affects exoplanet atmosphere observations.

Exploring how eccentric orbits influence neutron star mergers and gravitational waves.

Investigating why distant galaxies appear elongated through gravitational lensing.

A study revealing the properties and formation of dim galaxies.

Explore the fascinating behaviors and interactions of Saturn's F ring.

This article discusses the origins and effects of magnetic fields in evolved stars.

A new model improves understanding of stellar colors and dust effects.

SOXS will help study short-lived events in the universe.

TIM uses advanced detectors to observe star formation in challenging cosmic environments.

A look into three-body systems and the Beryllium isotope's role in nuclear interactions.

Study reveals insights into the behavior of non-radial coronal mass ejections.