Alvaro Chavarria

Alvaro Chavarria is an Associate Professor in the Department of Physics at the University of Washington. His research focuses on experimental particle physics, cosmology, and the development of advanced detection technologies for dark matter and subatomic particles. He leads investigations into low-energy phenomena, nuclear recoils, and background suppression techniques, primarily through collaborations like DAMIC, DAMIC-M, and Oscura.

His research interests span dark matter detection, particle interactions in solid-state detectors, and cosmological signatures of sub-GeV particles. He specializes in utilizing skipper-CCDs for high-precision measurements and contributes to experiments at facilities like SNOLAB and Fermilab.

Chavarria's recent publications emphasize low-energy spectral analysis, background characterization, and novel constraints on dark matter models. His work demonstrates a consistent focus on improving detector sensitivity for weakly interacting particles, with trends toward refining calibration methods and validating spectral anomalies.

He actively participates in large-scale collaborations and experimental developments, including the Selena Neutrino Experiment and DAMIC-M's low-background chamber. No awards or grants are detailed in the provided sources.