Latest Articles for Spectroscopy

Researchers identify potential runaway AGNs, advancing our knowledge of supermassive black holes.

Research sheds light on the formation of brown dwarfs and their atmospheric chemistry.

Metal-poor stars reveal secrets of the early universe and galaxy formation.

New methods improve the search for distant exoplanets through advanced data analysis.

Exocomets provide clues about planetary formation and the potential for life beyond Earth.

Astronomers investigate the unique characteristics of supernova SN2023zaw.

NISP gathers crucial data about distant galaxies and cosmic phenomena.

Researchers use machine learning to improve the detection of distant planets.

Researchers uncover unique behaviors in the newly discovered supernova SN 2024ggi.

Study reveals insights into HBC 722's outbursts and accretion disk behavior.

Research advances our understanding of H2NCO's role in space chemistry.

Research on PbF reveals a complex interaction of energy levels and molecular dynamics.

A look at how sensing tiny heat changes enhances scientific research.

A machine learning model aids in classifying celestial objects with high accuracy.

Study reveals distinct stellar groups based on chemical makeup in globular clusters.

New studies reveal challenges in detecting atmospheric features of warm Jupiters.

Researchers uncover gas behaviors in WASP-121b’s atmosphere during transit observations.

A look into the chemical properties and behaviors of semi-regular variable stars.

A black hole in SDSS1335+0728 shows significant brightness changes, suggesting increased activity.

Researchers study C60's properties for insights into materials and quantum science.

Recent studies reveal key details about WASP-127 b's atmospheric composition and dynamics.

Additive manufacturing improves atomic vapour cell design for quantum applications.

This study reveals new projection factors for nearby Type II Cepheids.

Investigating young L-dwarfs for insights into atmospheric chemistry and cloud formation.

Gravitational lensing helps us understand galaxy arrangement and dark matter distribution.

The Dragonfly Survey uncovers eleven large, dim galaxies in the northern sky.

Superflares can drastically affect planets orbiting M-type stars, posing risks to any potential life.

Scientists search for light signals linked to gravitational wave events.

A novel approach to separate light components from galaxies improves understanding of star formation.

MagAO-X enhances image quality for detailed astronomical studies.

Examining AT2017gfo reveals crucial findings about neutron star mergers and element formation.

New laser technology improves real-time monitoring of short-lived pollutants.

SN 2021wvw reveals unique features in the study of supernovae.

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

Research on interlayer excitons reveals new opportunities in electronics and optics.

A compact laser operating at 780 nm enables stable output for diverse applications.

Research on SN Encore reveals consistency in Type Ia supernova properties across distances.

Studying AU Mic offers key insights into young planet formation.

A star system with intriguing binary dynamics and pulsation patterns.

Researchers identify new galaxies showing Balmer breaks, revealing insights into star formation history.