Our proposal for an Optomechanical Dark matter INstrument (ODIN) has just been published in PRD, and outlines a new method for the direct detection of low-mass dark matter:
https://t.co/hmaV800cyN
The optomechanical interaction thus enables
the transduction of low-energy (undetectable) phonons generated by a dark matter scattering event into high-energy (detectable) photons, providing a means to sensitively probe a new range of keV scale dark matter.
We have a new proposal on the arXiv https://t.co/7DDVENUmf4, which focuses on using feedback control to improve position squeezing and enable momentum squeezing, offering advancements in preparing nonclassical states at room temperature. @QuantumOpticsLb
Our paper on stearing acoustic waves on a chip just appeared in APL.
We show directional emission in an integrated acoustic waveguide, with over 99.9% directional efficiency and reconfigurable directionality. Read it here:
https://t.co/bYPX9lw9P3
Fantastic public lecture in Brisbane tonight by #nobel Donna Strickland on the generation of ultrashort laser pulses. Thanks @ARC_EQUS, @UQscience, @QUT and @Griffith_Uni. So great to get to chat :)
Fantastic annual @ARC_EQUS workshop, great talks across the spectrum of quantum technology. Congrats to Tim Hirsch and Kyle Clunies-Ross from @QuantumOpticsLb on their awards for Pitch, Citizen, and Profile!!
A huge congrats to the new @arc_gov_au Centre of Excellence in Quantum Biotechnology led by Prof. Warwick Bowen - the team at @qctrlhq is proud to be an industry partner!
https://t.co/SoGKJpNyTm
Congratulations to @BowenWarwick and team on their successful ARC Centre of Excellence in Quantum Biotechnology bid 🎉🎉🍾!!
https://t.co/Y2wEqPOSma
@QuantumOpticsLb
Our work on leveraging entropic forces to enable strong dynamical backaction in an optomechanical system is out on arXiv:
https://t.co/ZQGFzcgKB1
The basic idea is outlined below ⬇️⬇️