Latest Articles for Observational Techniques

Astronomers uncover properties of distant galaxies obscured by dust using powerful telescopes.

Scientists identify giant planets outside our solar system using microlensing events.

Research sheds light on atmospheres of hot Jupiters and their unique compositions.

Pulsars reveal secrets about stellar life cycles and cosmic physics.

Research reveals temperature variations in young stars, aiding planet discovery efforts.

A study on the variability of A-F stars observed by TESS.

GRB171205A challenges existing views on gamma-ray burst environments.

Investigating the role of gas and dust around stars in planet development.

Research reveals binary star dynamics among young massive stars in nearby galaxies.

Astronomers aim to detect the elusive HI-21cm signal using innovative techniques.

Insights into the mass and companions of the Cepheid star AW Per.

A detailed study of I Zw 18 reveals its complex star formation history.

Exploring the magnetic behaviors of the nearby star UV Ceti.

Recent discoveries in Terzan 5 reveal important details about variable stars.

Researchers analyze transit times of six small planets and their gravitational interactions.

Studying galaxy clusters reveals important information about the universe's structure and growth.

Recent studies reveal key findings about the Crab pulsar's emissions and radiation.

New findings on the merging dynamics of Abell 2744 using X-ray observations.

Researchers confirm the existence of planet HIP 67522 c in a 17 million-year-old system.

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

Study reveals molecular details critical to understanding planet formation.

Research reveals important structures in the outer regions of the TW Hya disk.

This study investigates the electron-to-proton mass ratio using galaxy clusters and supernovae data.

A look into super-Eddington accretion and its effects on black holes.

Investigating cosmic topology's impact on the cosmic microwave background reveals surprising patterns.

This study assesses the accuracy of sensitivity kernels in understanding solar seismic waves.

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.