A vacancy-counting calorimetric readout in paleo-detectors provides an event-by-event proxy for nuclear recoil species, suppressing neutron backgrounds and achieving spin-independent dark matter sensitivities of order 10^{-48} cm² at WIMP masses of tens of GeV.
Nuclear recoil detection with color centers in bulk lithium fluoride
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Carbon-ion implantation in diamond produces NV centers whose spatial distribution and spin properties enable reconstruction of single-ion damage tracks at millimeter-to-nanoscale resolution, aided by simulation and machine learning.
Proposes muscovite mica paleodetector framework for heavy composite dark matter using Sedov-Taylor melt modeling validated by SRIM/TRIM, X-ray fluorescence readout, projected sensitivities, and critique of prior etched mica exclusions.
Heavy-ion tracks in olivine exhibit a clear change in continuity at the electronic-to-nuclear stopping transition, confirming the mineral's suitability for paleo-detection of neutrinos and WIMPs at MeV energies.
citing papers explorer
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Calorimetric approach to paleo-detection of dark matter
A vacancy-counting calorimetric readout in paleo-detectors provides an event-by-event proxy for nuclear recoil species, suppressing neutron backgrounds and achieving spin-independent dark matter sensitivities of order 10^{-48} cm² at WIMP masses of tens of GeV.
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Multi-scale reconstruction of single-ion damage tracks in diamond via nitrogen-vacancy centers
Carbon-ion implantation in diamond produces NV centers whose spatial distribution and spin properties enable reconstruction of single-ion damage tracks at millimeter-to-nanoscale resolution, aided by simulation and machine learning.
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New Windows on Heavy Dark Matter: Mineral Melt Modelling and X-Ray Readout for Muscovite Mica
Proposes muscovite mica paleodetector framework for heavy composite dark matter using Sedov-Taylor melt modeling validated by SRIM/TRIM, X-ray fluorescence readout, projected sensitivities, and critique of prior etched mica exclusions.
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Toward Neutrino and Dark Matter Detection with Ancient Minerals: TEM Study of Heavy-Ion Tracks in Olivine
Heavy-ion tracks in olivine exhibit a clear change in continuity at the electronic-to-nuclear stopping transition, confirming the mineral's suitability for paleo-detection of neutrinos and WIMPs at MeV energies.