Quantum Optomechanical Architectures for Dark Matter Detection

Name: Quantum Optomechanical Architectures for Dark Matter Detection
Start: 2019-10-28T02:00:00-04:00
End: 2019-10-29T18:00:00-04:00
Location: Joint Quantum Institute, University of Maryland

28–29 Oct 2019

Joint Quantum Institute, University of Maryland

US/Eastern timezone

Support

carney@umd.edu

Contribution List

0. Welcome and intro remarks (Dan Carney)

28/10/2019, 09:00

2. Review of dark matter model space: parameter regimes, signal types (Gordan Krnjaic)

28/10/2019, 09:15

3. Review on quantum sensing with mechanical systems (Cindy Regal)

28/10/2019, 09:45

4. Overview of detector array & gravitational detection concept (Jake Taylor)

28/10/2019, 11:00

5. Lessons from liquid noble detectors (Rafael Lang)

28/10/2019, 14:00

6. Lessons from axion searches (Nicole Crisosto)

28/10/2019, 14:30

7. Considerations with specific architectures: levitated devices (Andy Geraci)

28/10/2019, 16:00

8. Considerations with specific architectures: suspended pendulums (Nobuyuki Matsumoto)

28/10/2019, 16:30

10. Detection proposals outside of mechanical sensing (Tongyan Lin)

29/10/2019, 09:00

9. Some non-gravitational DM targets with optomechanics (Dan Carney)

29/10/2019, 09:30

11. Lessons from previous sensing experiments: LIGO (Thomas Corbitt)

29/10/2019, 11:00

12. Lessons from previous sensing experiments: HAYSTAC (Ben Brubaker)

29/10/2019, 11:30

13. Backaction evasion measurements (Jon Cripe)

29/10/2019, 13:30

14. Superfluid optomechanics (Jack Harris)

29/10/2019, 14:00

15. Wrap-up discussion: roadmap to large scale experiment

29/10/2019, 14:30

1. Welcome remarks