WORKSHOP FOCUS
The meeting will connect researchers developing state-of-the-art optomechanical sensors in the nuclear, particle, and astroparticle communities that could use them. A central goal is to identify concrete experimental opportunities, technical challenges, and new collaborations at the interface of these fields.

CONTEXT: OPTOMECHANICAL SENSING
Mechanical resonators operating at or near the quantum limit are opening new approaches to some of the most challenging measurements in fundamental physics. This workshop will bring together researchers in optomechanics, quantum sensing, atomic physics, and subatomic and astroparticle physics to explore how these rapidly developing technologies can be applied to searches for new particles and forces, precision recoil measurements, neutrino physics, dark matter detection, and tests of fundamental quantum mechanics.

TOPICS
- Levitated and cavity optomechanical sensors
- Quantum-limited force, impulse, and acceleration measurements
- Dark matter and new-force searches
- Nuclear decays, recoils, and neutrino measurements
- Tests of quantum mechanics and gravity
- Sensor control, readout, backgrounds, and scalability

FORMAT
Invited and contributed presentations, focused discussion sessions, and opportunities for informal scientific exchange and collaboration.

Conference information

Date/Time

Starts

Ends

All times are in Canada/Eastern

Location

Donald Gordon Hotel and Conference Centre 421 Union St., Kingston, Ontario, Canada
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Chairpersons

Extra information

Hosted by Queen’s University and the McDonald Institute, with support from the Gordon and Betty Moore Foundation. Thanks to this generous support there is no registration fee, and limited accommodation support may be available, particularly for students and early-career researchers.

Registration
Registration for this event is currently open.