… quantum behavior have been formed from solids [5–9,11–13] or ultracold gases [10]. Here we
describe measurements of quantum behavior in the vibration of a liquid … of superfluid liquid …

… discuss using optomechanical systems as a platform that employs topological protection for
the processing and routing of quantum signals. Mechanical systems in the quantum regime …

… optomechanics. However, its predominantly non-unitary photothermal origin represents a
challenge to studying quantum optomechanical … cavity optomechanics with a superfluid liquid. …

… optomechanical device (µFOM) works even on liquids with … optomechanics might evolve
toward using superfluids to support low dissipation for experiments in quantum optomechanics…

… We describe a proposal for a type of optomechanical system based on a drop of liquid … them
from accessing quantum optomechanical effects. Liquid-based optomechanical devices can …

… with liquids [4–6], or the use of liquids as resonators [7]. In parallel, a special type of quantum
liquid, namely superfluid helium, has also garnered significant attention for optomechanical …

… We describe a proposal for a type of optomechanical system based on a drop of liquid … them
from accessing quantum optomechanical effects. Liquid-based optomechanical devices can …

… mechanical objects into nearly pure quantum states. This research field of quantum
optomechanics opens new doors towards testing quantum mechanics, and possibly other laws of …

… optomechanical system featuring many, highly coherent mechanical modes. We evidence
and investigate strong quantum … quantum optomechanics, which offers richer dynamics, new …

… In conclusion, light stimulated Brillouin optomechanics has been performed in a stable liquid
… to nonlinear optofluidics and ultrasound-hypersound sensing of materials in liquid phase. …