Latest Articles for Light Curves

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

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

JWST captures detailed images of SN 1987A, revealing important changes in the equatorial ring.

New findings challenge existing views on gamma-ray bursts and their VHE emissions.

LSST survey sheds light on microlensing events and cosmic objects.

Discoveries of Scuti stars enhance our knowledge of variable stars.

Exploring the unique properties of detached eclipsing binaries and their significance in astrophysics.

Research reveals the role of effective temperature in light curve analysis.

Recent observations reveal significant activity in star EV Lac during flare events.

Study reveals early brightness spikes in supernovae affect distance measurements.

Researchers identify four new planets and seven candidates using KMTNet data.

Type Ia supernovae play a crucial role in cosmic measurements and remain shrouded in mystery.

Researchers identify potential dormant black holes using variable star data.

Exploring r-process elements in supernovae and their impact on light curves.

A study reveals a high number of binary stars near the Milky Way's center.

Research reveals new pulsating sdB stars and their unique properties.

Observations reveal new insights about asynchronous polar systems and their behaviors.

Study reveals insights about complex interactions among triple star systems.

Exploring the unique features of electron-capture supernovae and their role in stellar evolution.

HELM tracks light changes in distant galaxies to study their behavior and properties.

A new emulator speeds up the study of kilonovae light curves.

A new model sheds light on luminous red novae and their merging processes.

Scientists seek signals from potential alien civilizations near supernova SN1987A.

Recent findings reveal WASP-12b's rapid orbital changes and implications for exoplanet evolution.

An in-depth look at how binary stars lead to different supernova outcomes.

Examining double flare phenomena caused by smaller black holes in nuclear star clusters.

Research reveals significant flare activity in compact stars like white dwarfs and hot subdwarfs.

Study reveals signs of late-time interactions in supernovae, enhancing cosmic understanding.

Analyzing the behavior and characteristics of gamma-ray bursts reveals distinct patterns.

New techniques enhance identification of Type Ia supernovae, aiding cosmological studies.

Investigating the impact of gravitational lensing on Type Ia supernovae observations.

Research on young planets reveals important findings about their evolution and characteristics.

A study of star formation processes in the Mon R2 cluster.

A study on how Gaussian Processes identify brightness changes in Active Galactic Nuclei.

A new tool classifies supernovae without redshift data.

A look into the nature and observation of black holes in our universe.

Gaia18cjb shows unusual brightness changes, intriguing astronomers studying young stars.

Examining the mechanics and mysteries behind powerful gamma-ray bursts.

Research unveils new binary Cepheid systems, enhancing our grasp of stellar evolution.

BD-143065b blurs the lines between giant planets and brown dwarfs.