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  1. Membrane-based torque magnetometer: Enhanced sensitivity by …

  2. Membrane-based torque magnetometer: Enhanced sensitivity by …

  3. Membrane-based torque magnetometer: Enhanced sensitivity by …

  4. Membrane-based torque magnetometer: Enhanced sensitivity by …

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    Here, we propose an array of entanglement-enhanced optomechanical sensors to improve the broadband sensitivity of distributed force sensing.
    Optomechanical sensor arrays have seen a resurgence of interest in the context of DM searches 11, spurred by the possibility of direct gravitational detection of DM particles 21 and various theories which posit coupling of DM to the size or position of atoms 69, 70.
    Cavity-enhanced readout of membrane motion can be further boosted by using a DQS scheme over an array of membrane accelerometers. In the presence of vector B-L ULDM, different materials would experience an oscillating acceleration with amplitude determined by the B-L charge density of the material.
    Ref. 9 addresses a single classical opto-mechanical sensor for DM search, without any quantum effect such as squeezing or entanglement; Ref. 23 is an experiment demonstration of opto-mechanical force sensing performed in the low power limit, where backaction is not manifested and no DM scan is performed to provide benchmark.
  6. Membrane-based torque magnetometer: Enhanced sensitivity by …

  7. Membrane-based torque magnetometer: Enhanced sensitivity by …

  8. Volume 88 Issue 9 | Review of Scientific Instruments | AIP Publishing

  9. Membrane-based torque magnetometer: Enhanced sensitivity by …

  10. Entanglement-enhanced optomechanical sensor array with

  11. New Method for Torque Magnetometry Using a …

    WebMar 23, 2017 · Membrane-based torque magnetometer: Enhanced sensitivity by optical readout of the membrane displacement. Article. Sep 2017. M. Blankenhorn. Eric Heintze. Michael Slota. Martin Dressel. …