Latest Articles for Astronomy

Astronomers find three new quasars, including a unique lensed type, using advanced techniques.

Recent observations reveal new details about the X-ray properties of quasar PG1634+706.

Recent supernova data reveals complexities in the universe's structure and motion.

A study on methods for evaluating relativistic jet power in active galactic nuclei.

Researchers identify stars with unusual infrared signals potentially linked to debris disks.

JWST's finding of SN H0pe improves measurements of the Universe's expansion.

Research reveals origins and characteristics of unique red-slope asteroids in the asteroid belt.

Researchers develop methods to improve calibration of black hole and galaxy models.

Scientists use machine learning to analyze dust in ancient galaxies using JWST.

Research reveals significant links between active regions and flare activity on the Sun.

This article discusses how forming planets create gaps in protoplanetary disks.

Carbon stars offer key insights into stellar evolution and cosmic material cycles.

JWST reveals unexpected trends in supermassive black holes and their interactions.

New methods improve how galaxy simulations are assessed using machine learning techniques.

A study reveals key atmospheric components of the ultra-hot Jupiter WASP-76 b.

Research on DG Tau B reveals complex star formation dynamics and outflow structures.

Study reveals radio emissions linked to star formation in distant quasars.

A look into new methods for understanding galaxy structures in the universe.

Investigating galaxy behavior and interactions in the nearby Perseus cluster.

Research improves understanding of titanium abundances in various stars.

Solar flares release immense energy and affect technology on Earth.

Innovative methods enhance satellite tracking accuracy through machine learning techniques.

Examining how UV light and helium shape the universe's early history.

Learn how gravitational lensing reveals the hidden presence of dark matter.

This article discusses how larger galaxies affect dwarf galaxies' gas and star formation.

Deep learning enhances Hubble images to match James Webb quality.

A study reveals insights into the atmospheric composition of the super-Earth TOI-836b.

Study reveals widespread cool gas around quasars, impacting galaxy formation.

A look into how starspots affect young stars' properties.

Exploring how a single bubble can produce gravitational waves during a cosmological phase transition.

Examining how voids affect galaxy classification and characteristics.

Discover how kinematic lensing is changing our view of galaxies.

A look at the unique star formation in dwarf galaxies using UVIT data.

New approaches improve understanding of galaxy cluster mass and richness correlation.

Study reveals how dense clusters affect galaxy structure and star formation rates.

Astronomers face challenges in high-frequency VLBI while seeking clearer images of space.

Photonic Lantern Nullers enhance observation of distant exoplanets by managing starlight interference.

This study investigates absorption line profiles in RR Lyrae stars and their pulsational behavior.

CHIME examines neutral hydrogen to reveal insights into galaxy formation and evolution.

New insights into the atmosphere of TOI-836c enhance our understanding of sub-Neptunes.