Dark Matter and Neutrino Detection Group

DARK   is the future
*Image from Pexels by Nicole Avagliano

⚝ Introduction

Neutrinos and dark matter are among a few important science drivers that push forward our knowledge boundary of the fundamental building blocks of Nature and their interactions. Benefited with huge fluxes, produced either naturally or artificially, and massive detectors of ever-improving sensitivities, their direct detection, and hopefully new discovery, has been taking an important position in the "intensity" frontier of our search for new physics.

Unlike the "energy" frontier which relies on powerful colliders, most intensity frontier experiments are conducted at much lower energies which can overlap with typical nuclear, atomic, molecular, or condensed-matter scales. Our collaboration grows out of the common interest in various many-body problems therein. Through detailed study of many-body physics, our goal is to better understand the detector responses so that experimental data can be analyzed reliably, and to identify from the rich energy spectra of many-body systems useful detector designs with unique signatures, improved precisions, or enhanced signals.

⚝ Group Members

⚝ Publications

⚝ Other Collaborators

© Copyright Dark Matter & Neutrino Detection Group