Latest Articles for Observational Science

Scientists aim to identify the origins of high-energy neutrinos through advanced detection methods.

CLASS investigates the cosmic microwave background to reveal early universe insights.

A study reveals the behavior and emissions of the bright blazar PKS 0402-362.

A red nova's explosion offers insights into stellar mergers and their aftermath.

A study reveals the unique nebula surrounding the quasar HE 0238 1904.

Research suggests potential planets or stars orbiting HW Virginis, but confirmation is pending.

Researching galaxies that shed light on the universe's reionization phase.

Recent studies reveal changes in metal content during the universe’s formative years.

This study evaluates fitting methods for understanding high-redshift galaxies using synthetic data.

Researchers study cosmic rays and neutrinos to unlock secrets of the universe.

Study reveals insights into galaxy clusters using the tSZ power spectrum.

VERITAS observes unique flare patterns in blazar B2 1811+31, enhancing gamma-ray studies.

A study of red quasars reveals their impact on galaxy and black hole growth.

Study identifies key X-ray sources in M14, linking them to stellar objects.

Study reveals the formation and evolution of young massive clusters in NGC 3351.

Exploring the unique characteristics of naked singularities and their observational challenges.

Insights into the hot gas and structure of a far-off galaxy cluster.

Study reveals insights about complex interactions among triple star systems.

Microflares provide insight into the Sun's activity and impact on space weather.

Study reveals key processes in star formation using observational data from the VLA1623 region.

The NEP-TDF survey reveals key details about X-ray sources and obscured galaxies.

An in-depth look at how binary stars lead to different supernova outcomes.

This study analyzes light from young LT dwarfs to classify their properties.

New insights into solar regions through brightness temperature measurements.

A study on elements in galaxies reveals insights into their formation and behavior.

Research reveals how X-rays from NGC5548's black hole affect light variations.

This study reveals insights on the emission properties of magnetar XTE J1810-197 over three years.

Research on DG Tau B reveals complex star formation dynamics and outflow structures.

QUARKS project reveals details about massive stars and their formation in gas clumps.

A look into the rapid expansion of the universe post-Big Bang.

Examining how quasars contribute to our understanding of cosmological models.

Study reveals rotation in many globular clusters, reshaping our understanding.

Learn how tidal heating affects gravitational waves from binary black holes.

Research highlights star formation in a nearby galaxy's young stellar region.

New methods improve measurements of the Hubble constant using gravitational waves.

Examining SN 2021aefx reveals significant details about Type Ia supernovae.

Learn how VHE gamma rays reveal the mysteries of transient cosmic events.

Recent findings reveal unexpected high-energy emissions from the LINER galaxy NGC 4278.

Research reveals insights on SN2023ixf before its supernova event.

Scientists continue the search for a jet from the supermassive black hole at our galaxy's center.