Latest Articles for Observational Techniques

A closer look at NGC 1569 and its role in galaxy evolution.

Examining the relationship between quasars and nearby galaxies amid observational challenges.

Studying quasars offers new insights into the universe's expansion and structure.

Recent observations reveal complex magnetic features in the Sun's quiet regions.

Line-intensity mapping reveals details of cosmic structures and galaxy evolution.

Astronomers use microlensing to uncover hidden black holes in our galaxy.

New observations reveal the complex structures of dust around a supermassive black hole.

New observations reveal crucial details about dust polarization in HL Tau.

Study reveals how clumping in stellar winds affects light measurements from massive stars.

This study examines the challenges in measuring the mass of galaxy cluster A478.

This project applies deep learning techniques to better analyze gamma ray data.

This article investigates how galaxy pair fractions change over time.

A deep dive into the binary star system KIC 4930889 and its properties.

New research sheds light on the characteristics of massive stars R136 a1, a2, a3, and c.

Study reveals insights into low-mass stars within a massive star cluster.

Observations reveal intense star formation activity in Sagittarius B2.

Explore how globular clusters reveal the Milky Way's past and evolution.

Research focuses on primordial features that reveal the Universe's early moments.

Recent observations reveal significant activity in star EV Lac during flare events.

A new method improves tracking of asteroids using long-separated observations.

Study reveals key interactions in solar plasma structures.

Study reveals complex gas and dust outflows from the binary star HBC 494.

Research reveals new insights into extremely red quasars and their influence on galaxies.

A look into how early-type galaxies stop forming stars.

This article explains how polarimetry helps measure particle sizes on the Moon and asteroids.

JWST reveals complex structures and dynamics in the Beta Pictoris disk.

TOI-1227b shows intriguing transit-timing variations indicating potential planetary interactions.

Examining the relationship between accretion rates and free-free emissions in transition disks.

Different data methods shape our view of young galaxies and their formation.

ZZ Tau IRS showcases brightness changes and unique spectral features in its early stellar evolution.

Astronomers discover two giant planets, TIC4672985 and TOI-2529, providing insights into planetary formation.

Study of gas streamers reveals vital information about star and planet formation.

Recent microlensing events reveal new insights into smaller exoplanets.

Discovering the unique features of protostar HOPS373SW and its jets.

Examining methods to detect faint celestial structures amid background light.

Discover the fascinating features of cataclysmic variables and their role in stellar evolution.

Research compares observations and models of protoplanetary disks to understand planet formation.

A look at how Ellerman bombs influence our understanding of solar processes.

A study on the role of magnetic fields and gravity in star formation.

A study reveals a high number of binary stars near the Milky Way's center.