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This research demonstrates a significant advancement in integrated quantum sensing by combining micromechanical actuation with on-chip spin-frequency readout for ultra-precise strain detection at the nanoscale. The ability to electrically control mechanical inputs and directly measure resulting spin responses establishes a new framework for manipulating lattice states within compact device volumes, which is essential for scaling complex quantum systems.
Quantum Mesoscale & Nanoscale Physics transducer measures strain at 0.0080%
Researchers detail an on-chip programmable mechano-quantum transducer, achieving strain measurement down to 0.0080% using a two-dimensional van der Waals host.
Xinrui Zhang and fifteen colleagues have created an on-chip programmable mechano-quantum transducer capable of detecting strain at a level of 0.0080%, a new threshold for nanoscale mechanical measurements. The integrated device, detailed in a paper submitted for…
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