Latest Articles for Cosmic Phenomena

Exploring the nature and sources of gamma-ray bursts.

Research uncovers bright radio sources linked to dwarf galaxies, revealing cosmic mysteries.

Exploring the formation and impact of jets in massive star explosions.

Examining the link between massive stars and their explosive deaths.

Research reveals patterns in M87's X-ray brightness and black hole behavior.

Recent research reveals a universal relation in neutron star behavior and shape.

Explore the unique features and emissions of magnetars.

Examining the impact of cosmic rays from supernova remnants on space chemistry.

Scientists investigate multi-charged particles to deepen our knowledge of particle physics.

SN 2021bxu exhibits unusual brightness and chemical patterns in a rare Type IIb supernova.

Research reveals the role of helium accreting white dwarfs in stellar explosions.

This study examines how solar activity affects antiprotons and protons over time.

Astronomers study a gas jet from a young star in the Orion Nebula.

New observations reveal key processes in star formation within the IRAS 23385+6053 region.

Research on X-ray pulsations and spectral changes in a low mass X-ray binary.

Researchers achieve first direct observation of neutrinos at particle colliders, expanding physics understanding.

Examining how binary stars affect microlensing event detection in the Large Magellanic Cloud.

Researchers are refining models to better understand neutron stars through recent experimental findings.

Scientists study naked singularities to better understand their role in the universe.

Discover how solar neutrinos reveal insights about the Sun and Earth.

Astronomers study the unique X-ray variability of PKS 2005-489 and its active behavior.

Euclid harnesses compact planetary nebulae for precise sky survey calibration.

Exploring how fractional calculus reshapes our view of cosmic expansion and age.

Exploring the dynamics and properties of active galactic nuclei powered by supermassive black holes.

New research shows cosmic rays vary in mass based on their origin in the galaxy.

Six satellites to detect cosmic events, enhancing our knowledge of the universe.

Researchers investigate the origins and behavior of ultra-high energy cosmic rays.

Research unveils diverse energy and frequency patterns in fast radio bursts.

Examining the role of neutrinos near black holes and their connection to gamma-ray bursts.

Exploring X-ray polarization's connection with magnetars and axion-like particles.

Examining the warm corona's role in AGN and its effects on emissions.

Exploring neutron stars reveals secrets about nuclear matter under extreme conditions.

Whistler waves significantly affect heat flow in the solar wind.

Research on weak X-ray bursts provides new insights into neutron stars and nuclear reactions.

Researchers find radio bursts from star YZ Ceti, revealing potential planetary interactions.

Exploring the behavior of neutron stars and magnetars in strong magnetic fields.

New findings show weak gamma-ray emissions in the star-forming galaxy M83.

Research on how gas clouds collide and influence star formation in our galaxy.

Dust significantly influences how we observe stars and galaxies.

A method astronomers use to study magnetic fields in galaxies through polarized light.