Latest Articles for Cosmic Events

A detailed look at the progenitor and nature of supernova SN 2023ixf.

Examining how mergers influence galaxy shapes and star formation rates.

A red nova's explosion offers insights into stellar mergers and their aftermath.

Study reveals insights into heavy element formation from rare astronomical collisions.

Terzina aims to enhance detection of cosmic rays and neutrinos from space.

Recent studies reveal new insights into the origins and behavior of cosmic rays.

MoonBEAM satellite aims to improve detection of cosmic gamma-ray bursts.

Studying ultrahigh energy neutrinos reveals secrets of cosmic events.

Kilonovae illuminate the formation of heavy elements in the universe.

A study of GRB221009A reveals insights into afterglow behavior and environmental interactions.

Exploring particle behavior under intense gamma-ray radiation.

Scientists aim to detect neutron star collisions earlier for better observations.

Investigating the complex radio signals from supernova explosions and their implications.

Research highlights cerium's significance in understanding neutron star mergers.

Exploring how gravitational waves enhance our understanding of merging black holes.

Study reveals distinct iron abundance patterns in Andromeda's stars.

Examining the unique properties and behaviors of neutron star matter.

Scientists observe unusual X-ray emissions from Swift J0230, revealing stellar interactions with a black hole.

Astronomers favor a galactic structure over a black hole scenario.

This study examines the delayed jets observed in tidal disruption events and their connection to neutrinos.

Cherenkov Telescope Array and KM3NeT will analyze gamma rays and neutrinos together.

Gaia19dke reveals insights into microlensing and stellar remnants.

Two short gamma-ray bursts reveal important details about their origins and host galaxies.

Study reveals diverse properties of extended emissions in gamma-ray bursts.

A study investigates the relationship between fast radio bursts and gamma-ray bursts.

Weakhub enhances our knowledge of neutrino interactions in cosmic events.

H.E.S.S. observes events to capture gamma rays from gravitational wave collisions.

This study reveals unique features of supernova SN 2016adj in Centaurus A.

New insights into the bright kilonova event AT2017gfo challenge existing astrophysical models.

This study explores how hybrid white dwarfs relate to Type Iax supernovae.

JUNO aims to enhance detection of neutrinos from core-collapse supernovae.

KITS releases data on various transient cosmic events, enhancing stellar research.

Research reveals key behaviors of neutron stars through XTE J1810-189's 2020 outburst.

Study reveals how black hole spin impacts gamma-ray burst jet formation.

Researchers uncover key relationships in gamma-ray burst emissions.

LEDA 1154204 exhibits notable brightness changes, highlighting the dynamics of active galaxies.

SN 2022crv offers new insights into stripped envelope supernovae and stellar evolution.

ATLAS is set to measure high-energy neutrinos from supernova explosions.

Scientists study repeating Fast Radio Bursts to understand their origins and behavior.

New mass measurements improve understanding of heavy element formation in cosmic events.