Latest Articles for Cosmic Phenomena

A new method to improve gravitational wave data analysis using simulation-based inference.

Recent observations reveal a symmetric pattern in the debris of SN 1987A.

Astronomers use microlensing to uncover hidden black holes in our galaxy.

X-ray spectroscopy reveals vital information about cosmic objects and processes.

Research highlights the quest for cosmic ray sources and their energetic processes.

Recent findings reveal complex behavior of cosmic ray protons around the 10 TeV mark.

An overview of black holes, Hawking radiation, and their thermal properties.

An overview of the relationship between black holes and supernovae events.

This article examines wave behavior in neutron stars and their impact on radio emissions.

Research reveals the relationship between soft excess and corona in active galaxies.

Researchers investigate the enigmatic flares of Sagittarius A* and their implications.

LST-1 observes intense gamma-ray flares from blazar BL Lacertae in 2021.

A young star in Monoceros shows a dramatic mid-infrared outburst, raising new questions in star formation.

Research examines how pulsar brightness relates to distance, challenging traditional views.

A study of NGC 300 ULX-1 reveals insights into neutron stars and X-ray emissions.

Researchers study cosmic rays and neutrinos to unlock secrets of the universe.

RBS 1366 reveals key details about extreme blazars and their gamma-ray emissions.

Aiming to study the brightness changes in Active Galactic Nuclei over time.

A look into the rings and dust particles of Uranus.

Astronomers investigate how neutron star binaries end up far from cluster centers.

VERITAS observes unique flare patterns in blazar B2 1811+31, enhancing gamma-ray studies.

A look at the origins and behavior of cosmic rays in our universe.

Studying how magnetofluids behave near black holes reveals their complex dynamics.

Astronomers find a faint radio filament linked to the pulsar's wind.

Study reveals insights into low-mass stars within a massive star cluster.

POEMMA aims to study cosmic rays and neutrinos from powerful cosmic events.

Research on blazars reveals crucial information through light polarization and variability.

New findings reveal stable gamma-ray emissions from galaxy M87 over years.

Scientists are creating detailed maps of hydrogen gas in the Galaxy using advanced techniques.

The PICOLON experiment aims to detect dark matter using high-purity crystals.

Three lunar detector concepts aim to advance gravitational-wave research.

Research on how Lyα nebulae behave around powerful galaxies.

A look into how black holes can extract energy from waves.

New insights reveal the influence of magnetic fields on BHXRB behavior and emissions.

Astronomers investigate continued X-ray emissions from the explosive event AT 2018cow.

Study reveals key behaviors of emissions in M 82's outflow and disk.

Tidal disruption events may play a key role in producing ultra-high energy cosmic rays.

Research reveals key details about the emissions of PSR B1937+21 at 327 MHz.

This article examines the impact of outflows driven by an active galactic nucleus.

KIC 8462852 shows unusual light dips, sparking theories from comets to companion stars.