Latest Articles for Cosmic Events

Study of distinct subclasses within Type Ia supernovae reveals new insights.

GWAK method improves detection of unusual gravitational wave signals.

The Cherenkov Telescope Array aims to revolutionize gamma-ray observation.

Study reveals dust formation dynamics following RS Ophiuchi eruptions.

Studying neutron stars reveals insights into their extreme conditions and internal structures.

Examining shock waves and their role in cosmic phenomena.

New detection systems aim to improve cosmic event analysis.

An overview of how temperature influences nuclear matter properties and phase transitions.

AT2022cmc reveals critical data about black holes and tidal disruption events.

Research sheds light on the origins and precursors of gamma-ray bursts.

JWST's early observations aim to identify elusive GRSNe in the universe.

JWST captures detailed images of SN 1987A, revealing important changes in the equatorial ring.

New findings challenge existing views on gamma-ray bursts and their VHE emissions.

A rare supernova discovery reveals unusual brightness patterns and significant ejecta interactions.

The CTA enhances gamma ray detection through a new telescope strategy.

Understanding the impact of background noise on LISA's detection of gravitational waves.

Study reveals how lamina jets from magnetars influence cosmic explosions.

Investigating UHE photons and their complex interactions with the Sun's magnetic field.

Researchers analyze G1.9+0.3, revealing its unusual point-symmetrical structure.

This study details the ejection of material in binary star systems.

Investigating how Earth-like planets form and maintain water-rich atmospheres.

Detection of eccentric black hole mergers reveals complex cosmic dynamics.

Researchers analyze the unique features of TDE AT 2022dsb.

Studies reveal new insights into merging stars and their cosmic consequences.

Scientists uncover the mysteries of the Universe through the study of neutrinos.

Exploring the nature and significance of Fast X-ray transients in astrophysics.

A look into the universe's origins, structure, and future.

Bright precursors reveal key insights about massive stars before they explode.

Research uncovers effects of third mass on gravitational wave signals.

Examining the role and properties of accretion disks after neutron star collisions.

Magnetic fields significantly influence the formation and evolution of galaxies.

Researchers investigate rare nova super-remnants in Andromeda and the Large Magellanic Cloud.

Research on right-handed neutrinos may reshape our understanding of fundamental physics.

This article examines the role of jets in electron capture supernova explosions.

Study reveals complex formation processes of high-mass stars in dense environments.

Exploring light, ejecta, and polarization in the aftermath of supernova explosions.

Revising our understanding of particle energy gains in interplanetary shocks.

Type Ia supernovae play a crucial role in cosmic measurements and remain shrouded in mystery.

The Gamma-ray Transient Monitor will observe high-energy gamma rays from space.

A look into the explosive merger of white dwarfs and helium cores.