Latest Articles for Observation

JWST reveals surprising findings about massive black holes in the early universe.

Researchers gain valuable data on blazers through continuous polarization monitoring.

A novel approach to clustering using multi-view stochastic block models.

Exploring the mechanisms behind gamma ray bursts and their emissions.

Mexican antennas enhance the Very Large Array's ability to observe southern cosmic sources.

Sharing experiences to improve future robotic development.

Researchers investigate how symmetry breaking may reveal new gravitational wave properties.

Seven newly studied HADS stars reveal important findings about their pulsations and characteristics.

A new catalog provides key information about 400,000 unique stars in our galaxy.

Recent observations reveal new details about the RS Ophiuchi nova and its ejecta.

Real-time observations of FXTs unveil cosmic mysteries behind sudden X-ray bursts.

New methods explore gravity's behavior through gravitational waves and mass.

Citizen scientists uncover a rare hypervelocity star moving swiftly through space.

This study examines the molecular gas surrounding five pairs of dual quasars.

New methods improve image clarity for distant astronomical observations.

Investigating X-ray and multiwavelength polarization of Mrk 501 over 14 months.

A new model improves weather predictions using satellite data and machine learning.

RoboPol improves light polarization measurement accuracy significantly with new calibrator system.

New strategies improve VLBI data quality and observation frequency.

A method to extract signals from complex data across various fields.

A new approach to enhance observation scheduling using machine learning techniques.

Introducing a novel filtering technique for non-Gaussian systems.

Using machine learning to improve the accuracy of weather predictions from observations.

Research sheds light on the characteristics of brown dwarf HD 33632 Ab.

Meet SOXS, an automated system optimizing the observation of celestial events.

A new method enhances accuracy in astronomical data analysis through iterative learning.

Swift J1727.8-1613 reveals insights into black hole behavior through unique X-ray emissions.

Analyzing the differences in galaxy shapes from observations and simulations.

An overview of the active galaxy PKS 1424+240 and its gamma-ray emissions.

New findings on redshift may change how we view galaxy distances.

This article examines gamma-ray bursts and their rapid variability, revealing insights into cosmic events.

Recent observations reveal more gas around interacting galaxies NGC 3395 and NGC 3396.

New research on stellar-origin binary black holes aims to deepen cosmic knowledge.

Researchers study the atmosphere of HIP 99770 b, a newly discovered super-Jupiter.

Introducing a Bayesian method for inferring hidden states in complex systems.

Research reveals the chemistry of organic molecules in protostellar disks.

Learn how Bayesian inference updates beliefs with new evidence.

TOI-6002 b and TOI-5713 b offer insights into exoplanet formation and potential habitability.

A look at how disk winds and accretion shape RU Lup's environment.

Magnetic fields significantly influence star formation and gas dynamics in galaxies.