J. Guy

A technique to improve fiber positioning for better light collection in celestial observations.

This study evaluates how galaxy distribution assumptions affect BAO measurements using DESI data.

A study on how HOD models affect BAO measurements and cosmic expansion.

Exploring how the Lyman-alpha forest reveals insights about the universe's evolution.

DESI's data sheds light on dark energy and cosmic expansion.

This study analyzes Baryon Acoustic Oscillations using data from the Dark Energy Spectroscopic Instrument.

The DESI project enhances measurements of Baryon Acoustic Oscillations in the universe.

This article discusses the importance of blinding in cosmological data analysis.

New model enhances quasar spectrum analysis and optical depth measurement.

Study reveals limited influence of black hole feedback on cool gas around galaxies.

DESI project reveals insights into cosmic expansion and dark energy.

Researching the link between cosmic structures and quasar spectra reveals insights into the universe.

Learn how DESI creates catalogs of large-scale structures in the universe.

DESI aims to accurately measure cosmic structures and dark energy through precise data collection.

Research reveals how Lyman Alpha Emitters group in space, aiding cosmic understanding.

Examining how B cells and antibodies respond to SARS-CoV-2.

A new catalog provides key information about 400,000 unique stars in our galaxy.

Learn how DESI overcomes atmospheric turbulence for precise astronomical measurements.

Astronomers tackle issues of galaxy observation using DESI's fiber assignment techniques.

DESI helps unveil the mysteries of dark energy and cosmic structures.

Scientists seek clarity on the Hubble constant amidst ongoing tension in measurements.