Latest Articles for Light Curves

This study examines contact binary systems and their unique characteristics.

Discover varied endings of blue supergiants and their impact on the universe.

A study reveals insights into the behavior of gamma-ray bursts and their origins.

SHERLOCK simplifies the search for planets outside our solar system.

Study reveals diverse characteristics of short-period heartbeat binaries using TESS data.

Scientists study Sgr A* to understand energetic flares from its surrounding plasma.

Researchers apply advanced methods to study RRLyrae stars and their light curves.

Recent research reveals details about black widow pulsars and their companion stars.

Exploring the unique brightness and power sources of superluminous supernovae.

SPECTR enhances observations of distant planets' atmospheres for better understanding.

A new model improves the detection of stellar flares using deep learning techniques.

New insights on exoplanet characteristics using high-quality TESS observations.

A look into the characteristics and significance of ILRTs in stellar evolution.

Research on two binary star systems reveals insights into stellar evolution.

Five new heartbeat star systems reveal unique oscillations and internal star structures.

This article explores how uncertainties affect our understanding of kilonovae and heavy elements.

A fresh model reveals how plasma jets influence blazar brightness changes over time.

Exploring safety measures for machine learning models in space research.

This article explores methods for measuring fireball energy and their significance.

CASTOR offers new techniques for studying core collapse supernovae using light curves.

Recent findings enhance our knowledge of Cephei stars' pulsation mechanisms and evolution.

A new framework uses machine learning for efficient analysis of kilonova light curves.

Study reveals new details on eccentric binary star systems and their motions.

Regular people are aiding scientists in classifying variable stars.

Recent findings shed light on brown dwarfs using microlensing techniques.

Machine learning transforms our understanding of variable stars and their classifications.

Research analyzes RR Lyrae stars using Pan-STARRS and K2 data for classifications and periods.

This study analyzes the brightness and characteristics of hydrogen-rich superluminous supernovae.

Investigating the impact of tidal disruption events on black holes and their surroundings.

Researchers investigate the surprising chemistry of KELT-9 b's atmosphere.

Studying eclipsing binary stars reveals key aspects of how stars evolve.

Researchers reveal complex pulsation patterns of a newly discovered star.

Scientists refine techniques to measure exoplanet atmospheres accurately.

A novel model improves detection of Earth-like planets using PLATO light curves.

Type Ia supernovae offer insights into cosmic distances and dark energy.

New methods aim to confirm elusive black hole binaries using self-lensing flares.

Analyzing the largest collection of Type Ia supernovae data for insights on their diversity.

Two supernovae pairs provide hints about the nature of their lensing objects.

Analyzing the X1.6 flare reveals key aspects of solar activity.

Study reveals strong evidence for tidal tails around the open cluster Blanco 1.