Latest Articles for Space Exploration

Examining how satellite galaxies align over time within the Cosmic Web.

Six satellites aim to study fast-changing cosmic events.

Exploring the dynamics of super-spinning Kerr black holes and their accretion flows.

Neutron stars are dense remnants of massive stars, showcasing unique properties and behaviors.

Scientists study black holes using gravitational waves to uncover their formation and characteristics.

First detailed study of 2MASS 0415-0935’s atmosphere using JWST.

dSGP4 combines speed and accuracy for satellite tracking.

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

Neutron stars reveal secrets about physics under extreme conditions.

Scientists improve measurements of low-mass stars using JWST data for better planet insights.

Study reveals atmospheric composition and structure of nearby Y dwarf WISEPA J182831.

Researchers study a quasar to reveal details about the intergalactic medium.

IXPE sheds light on magnetars, revealing their unique emissions and polarized light.

Comet impacts can significantly alter the atmospheres of hot Jupiters.

Learn how gravitational waves inform us about black holes and the nature of gravity.

This article examines how neutron star collisions affect gamma-ray bursts and element formation.

Research on cool gaseous exoplanets using the Twinkle space telescope.

A deep learning model enhances wavefront estimation in the Vera C. Rubin Observatory.

Recent analysis reveals new gamma-ray sources and flaring behavior in the Galactic sky.

KKO telescope enhances FRB localization for improved cosmic studies.

New findings on planets orbiting subgiant stars enhance our understanding of planetary systems.

Explore the unique properties and significance of FeLoBAL quasars in astronomy.

TOI-1347 b reveals insights about ultra-short-period planets and their potential atmospheres.

A look into methods for evaluating space collision risks and uncertainties.

Learn how noble gases reveal Uranus's formation and history.

This study examines the properties of ultra-faint dwarf galaxies around the Milky Way.

Research sheds light on changing X-ray bursts from black hole eRO-QPE1.

A deep look into the fast radio burst FRB 20221022A and its intriguing properties.

AF Lep b reveals important details about planet formation and evolution.

A groundbreaking tool to study young stars and their potential exoplanets.

Investigating the winds of quasars and their effects on galaxy evolution.

Research on dark clouds enhances knowledge of star formation and dust properties.

A new mission leverages machine learning to classify galaxy shapes and enhance cosmic studies.

Study reveals important links between black holes and their outflow behaviors.

Research on ultra-cool dwarfs enhances our understanding of star formation and potential life.

Researchers propose origins of faint circular radio emissions found in space.

Establishing precise time systems is key for Moon exploration.

Scientists seek signals from potential alien civilizations near supernova SN1987A.

Comparing VRO 42.05.01 and G 350.0-2.0 reveals important differences in supernova remnants.

Exploring how gas loss affects sub-Neptune atmospheres and their characteristics.