Latest Articles for Astronomical Observations

Circumplanetary disks play a key role in the formation of giant planets.

Unraveling the links between magnetic fields and ultra-high energy cosmic rays.

Examining the rotation and magnetic fields of young stars during formation.

Study reveals connections between dark matter halo mass and kinematic tracer velocities.

Study reveals metal presence in white dwarfs and its implications.

The 2017 eclipse provided vital data on the solar corona.

Study of iPTF16abc sheds light on Type Ia supernova diversity.

This study examines the relationship between optical polarization and X-ray absorption in Seyfert 1 galaxies.

This study examines the relationship between molecular gas and star formation in NGC 253.

A study of dust polarization in the Orion Molecular Cloud reveals insights on grain properties.

Recent observations reveal new insights into neutron star jets during X-ray bursts.

Heavy metal subdwarfs reveal unique insights into star chemistry and atmospheric processes.

A study reveals unique variability patterns in the emissions of AGN IC 4329A.

Exploring the effects and signals from merging neutron stars.

This study improves BAO measurements using advanced galaxy data from DESI.

A look into the cosmic transition from neutral to ionized hydrogen.

Investigating baryonic feedback impacts on weak lensing and cosmological parameters.

A study shows how cluster environments affect galaxy colors and star formation.

Investigating molecular clumps and stellar feedback in the Lagoon Nebula.

New insights into massive star formation processes from AGAL045 clump observations.

Tidal disruption events reveal insights into accretion processes and variability dynamics.

Study reveals how black holes influence gas dynamics in early galaxies.

Exploring the impact of stellar flares on stars and their orbiting planets.

New methods improve understanding of faint active galactic nuclei and their effects on galaxies.

Study reveals how galaxy types affect interactions and evolution in compact groups.

Researchers develop faster methods for simulating gravitational lensing effects.

Research identifies potential neutron stars in wide orbits using Gaia data.

Stars greatly influence galaxy formation and the early universe's ionization.

Examining how self-interacting dark matter alters halo formation and structure.

This study examines the effects of accretion-modified stars in AGNs.

A fresh statistical approach helps classify active and quiet states of stars.

This study investigates the properties and impact of UFOs in active galactic nuclei.

Research reveals new methods for analyzing thick photon rings and their visibility.

AGNfitter-rx offers new insights into the emissions of active galactic nuclei.

V892 Tau reveals complex dynamics of a unique star system.

The ERO program highlights early scientific potential through stunning astronomical observations.

Examining the impact of synchrotron radiation polarization on understanding magnetic fields.

Exploring the reverse shock and unique features of Cassiopeia A.

Investigating axion stars may reveal insights into dark matter and its role in the universe.

New methods improve understanding of galaxies and their central black holes.