Mineral Detection of Neutrinos and Dark Matter

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Contributions*

A cosmic ray harvest in the dried-out Mediterranean basin

Accurate modelling of track length distributions with SRIM to search for new physics with light mediators and WIMPs

Astrophysical neutrinos with paleo detectors

Calibrating for WIMPs and beyond: paleodetection activities at Queen’s University

Dark Matter and Neutrinos under the Microscope

Directional Detection of Dark Matter with Nitrogen-Vacancy Centers in Diamond

Discussion Session

Discussion Session

Discussion Session: Analysis and Simulation Tools for Mineral Detection

Discussion Session: What are "tracks"?

DMICA: exploring Dark Matter in natural muscovite MICA

Imaging Atmospheric Neutrinos with Paleo-detectors

Light sheet microscopy for PALEOCCENE

Lightsource opportunities using coherent X-ray diffractive imaging to visualize dark matter and neutrino tracks in the rock record at scale

Materials Selections for Dark Matters/Neutrinos Detections

Measuring solar neutrinos over gigayear timescales with paleo detectors

Mineral Detectors for Dark Matter - overview

Muon-induced tracks in minerals

Neutron Detection

Optical Detection of Neutrons via CaF2 for PALEOCCENE

Optical measurements of irradiated crystals for PALEOCCENE

Paleodetection at Queen’s: proton irradiation studies to test theory against experiments

Paleohistory of Paleodetectors

Q-ball search with mica

Supernova burst detection with mineral detectors

The Lorandite Neutrino Experiment + UCL activities

Towards a prototype paleo-detector for supernova neutrino and dark matter detection

Understanding control and modulation of color center defects from first principles

Welcome

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1/8/24

1/9/24

1/10/24

1/11/24

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