Research
My main focus these days are multimessenger searches for sources of astrophysical neutrinos, and, constraining beyond-the-standard-model Physics with TeV gamma rays.
Neutrino Astronomy
My group works with IceCube collaborators on tools to enhance our sensitivity to point- and extended-source searches, and cross-correlating very-high-energy gamma-ray data with neutrinos. Our current projects include resolving the diffuse neutrino emission from the galactic plane, and studying the signatures of dark matter annihilation in dwarf spheroidal galaxies. We are also using machine-learning to improve the directional reconstruction of neutrino events, and project sensitvities for future neutrino telescopes like P-ONE.
Very-High-Energy Gamma rays and Cosmic rays
As part of the HAWC and SWGO collaborations, my group is working on understanding some of the highest energy emitters in the galaxy, and optimizing source-search techniques for water-Cherenkov telescopes. Our current projects include constraining dark matter annihilation in the galactic center, and measuring extra-galactic diffuse emission in the TeV regime.
List of Publications
ORCID INSPIRE ARXIV