F. J. Castander

DESI plays a crucial role in understanding galaxy redshifts and cosmic expansion.

New techniques enhance identification of Type Ia supernovae, aiding cosmological studies.

Investigating baryonic feedback impacts on weak lensing and cosmological parameters.

Astronomers study distant galaxies to reveal secrets of the early universe.

The Euclid mission uncovers ancient galaxies through advanced imaging techniques.

The ERO program highlights early scientific potential through stunning astronomical observations.

A simulation reveals insights into dark matter and dark energy.

NISP gathers crucial data about distant galaxies and cosmic phenomena.

This study examines how weak lensing alters the brightness of supernovae.

The PAU Survey enhances astronomical imaging through precise calibration techniques.

A look at how the Dark Energy Survey sheds light on cosmic mysteries.

Euclid seeks to unveil the mysteries of dark energy and dark matter.

Study assesses how clustering affects cosmic shear measurements and cosmological insights.

This study reveals new findings about faint galaxies and their role in the universe.

Exploring the role of proto-clusters in galaxy formation through the Euclid Survey.

A major project aiming to explore the early universe and galaxy formation.

Researchers use color to identify Active Galactic Nuclei and study galaxy evolution.

A look at simulations that help understand dark matter and dark energy.