GUINEAPIG 2023 Workshop on Light Dark Matter

Contribution List

2. Probing cosmic histories in the lab

Jessie Shelton (UIUC)

11/07/2023, 10:15

3. New Opportunities to Detect Axion Dark Matter

Asher Berlin (Fermilab)

11/07/2023, 10:45

12. Improving dark matter sensitivities with new ionization detectors

Daniel Egaña-Ugrinovic (Perimeter Institute)

11/07/2023, 12:45

5. New directions for direct detection with dielectrics

Ben Lehmann (MIT)

11/07/2023, 13:15

10. The entanglement of quantum computing and dark matter searches

Christopher Wilson (University of Waterloo)

11/07/2023, 14:45

7. Leveraging Quantum Sensors for Dark Matter Detection

Daniel Baxter (University of Chicago)

11/07/2023, 15:15

18. Sub-GeV DM Detection using Superconducting Tunnel Junction Sensors

Geon-Bo Kim (Lawrence Livermore National Laboratory)

11/07/2023, 15:45

9. Searching for sub-GeV dark matter with SuperCDMS

Ziqing Hong (University of Toronto)

12/07/2023, 10:15

6. Reaching the meV Scale for Direct Detection with Quantum Sensors

Noah Kurinsky (SLAC)

12/07/2023, 10:45

11. Latest results from the NEWS-G experiment

Jean-Marie Coquillat (Queen's University)

12/07/2023, 12:45

4. QUEST-DMC: Probing Dark Matter with Nanowires, Superfluid Helium-3 and Quantum Sensors

Paolo Franchini (University of Lancaster)

12/07/2023, 13:15

13. Expanding Dark Matter Direct Detection Reach Through Loops

Melissa Diamond (Queen's University)

12/07/2023, 14:45

15. Thermal-ish targets for Dirac-ish dark matter

Saniya Heeba (McGill University)

12/07/2023, 15:15

14. Update on the Montreal X17 Search Experiment

Viktor Zacek (University of Montreal)

12/07/2023, 15:45

8. Progress Toward Low-Mass Dark Matter Detection with Superfluid He (HeRALD) and Polar Crystals (SPICE)

David Osterman (University of Massachusetts)

13/07/2023, 10:15

We report on the recent progress of the SPICE/HeRALD (or TESSERACT) collaboration in developing detectors for dark matter masses down to 10MeV with the potential to upgrade for reach down to sub-MeV masses. SPICE and HeRALD are currently in an R&D phase of pushing the recoil energy thresholds of Transition Edge Sensors (TES) down to the sub-eV range, which can then be applied to...

17. CUTE: A Cryogenic Underground TEst Facility at SNOLAB

Andy Kubik (SNOLAB)

13/07/2023, 10:45

20. An Analytic Approach to Light Dark Matter Attenuation

Christopher Cappiello (Queen's University)

13/07/2023, 11:15

19. Developments in sub-GeV dark matter direct detection with novel targets: Nanomaterials and Molecules

Carlos Blanco (Princeton University/Stockholm)