Latest Articles for Observational Techniques

Exploring how dust and magnetic fields influence the birth of stars.

This study compares methods for interpreting gravitational lensing data from ALMA.

A new tool helps astronomers manage light loss from atmospheric dispersion.

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

A study revealing the properties and formation of dim galaxies.

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

Researchers identify new planets using microlensing techniques in recent astronomical events.

A Python tool optimizes scheduling for astronomical event observations.

A novel approach reveals crucial insights into galaxy magnetic fields using gravitational lensing.

A detailed look at line intensity mapping and its impact on galaxy evolution.

Binary stars reveal insights into star formation and evolution.

Identifying 14 new cataclysmic variable candidates using X-ray and optical data.

A study investigates the role of SMGs in galaxy formation.

Study reveals insights on planets orbiting white dwarfs with heavy metals.

Scientists reveal new findings about star behavior, challenging previous assumptions.

Scientists discover a new companion near a star, challenging existing brown dwarf theories.

Study reveals insights into the evolution of Brightest Group Galaxies and their environments.

This study merges ground and space telescope data for better asteroid rotation tracking.

Research focuses on protoplanetary disks and their connection to planet formation.

A look into T Tauri stars and their role in planet formation.

Investigating the nature of redshift in quasars and its implications for galaxies.

Improving observation timing for exoplanets using JWST and TESS.

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

Astronomers found five new eclipsing binaries with low-mass companions, enhancing stellar studies.

ASASSN-21js experiences a unique eclipse due to a ring system.

Study reveals gas inflows and metal content in a distant spiral galaxy.

Explore how stars form and evolve in fascinating cosmic environments.

Examining how galaxy size influences formation and evolution over time.

A closer look at young massive stars in the M17 region.

This study examines a unique pair of A-type stars in an eclipsing binary system.

Examining how radio and infrared emissions relate in galaxies at various distances.

Research on star systems reveals potential companions and enhances knowledge of circumbinary planets.

Recent studies of microlensing events reveal insights into celestial structures.

Enhancing the effectiveness of exoplanet observation strategies using advanced tools.

Research reveals distinct behaviors and origins of non-thermal filaments in the Galactic Center.

This study reveals key features and dynamics of EL Tuc, a W-type contact binary.

Recent imaging techniques reveal important details about M87's black hole and its jet.

Understanding atmospheric effects is vital for accurate gamma-ray detection.

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

Scientists refine techniques to measure exoplanet atmospheres accurately.