Desika Narayanan

Cosmic Dust as a Novel Probe of Early Galaxies: Defining Future FIR Observatory Architectures Using New Cosmological Simulations

Tiny Grains across the Cosmos: The First Physical Models of PAH Emission in Cosmological Simulations

REU Site: Computational and Data Intensive Astrophysics at the University of Florida

REU Site: Computational and Data Intensive Astrophysics at the University of Florida

A Modern Theory for Strong Line Metallicity Indicators in the Era of JWST

Preventing the Slit-Loss Catastrophe using Flexible, Spatially Resolved Galaxy Models

Direct Modeling of Interstellar Dust in a Cosmological Framework

SED Fitting in the Modern Era: Fast and Accurate Machine- Learning Assisted Software

The Dust Extinction Law in Local Galaxies Enhancing HST Data Products from Cosmological Galaxy Formation Simulations

Herschel spectroscopy

Collaborative Research: The Last Gasp - Shutting Down Massive Galaxies at z~0.6

Imaging Cold Gas in High-Redshift Galaxies with the ngVLA

Gas and Dust in Galaxies over Cosmic Time

REU Site: Computational and Data Intensive Astrophysics at the University of Florida

Modeling Dust Attenuation Laws in Galaxies with Cosmological Zoom Simulations

Modeling Galaxies in the Modern Era: A Synergy between Theory and Observations

Cold Galaxies on FIRE: Modeling the Most Luminous Starbursts in the Universe with Cosmological Zoom Simulations

Galaxies at Redshifts z~2: The Apex of Galaxy Formation