Latest Articles for Brightness

EX Lup's brightness changes reveal key insights into young star behavior.

This study reveals new insights into young stars and their planets.

Study reveals complex brightness variability of quasars in mid-infrared light.

GroundBIRD telescope enhances pointing accuracy using the Moon for calibration.

The mJIVE-20 survey improves knowledge of radio sources in the universe.

Study reveals movement and brightness patterns in superluminal components of 3C345.

This study investigates the relationship between intra-cluster light and galaxy cluster mass.

Study reveals the link between solar faculae brightness and magnetic field strength.

New methods enhance understanding of superluminous supernovae and their properties.

Research reveals insights into OJ 287's unique jet behavior and brightness changes.

Learn about the rare UCBH stars and their fascinating light patterns.

Recent findings reveal new insights into BLAPs and their unique brightness changes.

Study reveals insights into recently separated asteroid pair.

Recent flares in V704 And offer insights into stellar behavior.

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

Research reveals how tilted disks change our view of black holes.

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

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

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

Scientists investigate the factors influencing the brightness of young star FU Ori.

This study reveals key features of the binary star system V0610 Vir.

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

Discoveries of Scuti stars enhance our knowledge of variable stars.

Research on how Lyα nebulae behave around powerful galaxies.

Research on metasurfaces enhances light control for efficient displays and lighting.

Study confirms reliability of SNe Ia for measuring cosmic distances.

Researchers study Cepheids to refine distance calculations in astronomy.

Scientists investigate quasars' brightness changes linked to dark matter and planetary-mass objects.

Discovering ASASSN-23bd, the faintest TDE in galaxy NGC 3799.

Research reveals insights about early galaxies and star formation.

Study reveals how galaxy mass affects supernova brightness and distance measurements.

Study reveals links between mass accretion, jet speed, and brightness in DG Tau.

A deep dive into the unique characteristics of pulsar PSR J0614+2229.

Learn how background and size influence brightness perception in our visual system.

Research reveals pulsational activity as the main cause of brightness changes in specific stars.

New approach estimates dust in galaxies without infrared or ultraviolet data.

Analyzing a young star's significant outburst in the VdBH 221 cluster.

Study reveals new findings on young star eruptions and brightness variations.

A look at TP-AGB stars and their role in galaxy formation.

This study investigates the flare activity of M dwarf stars using advanced observations.