Improved upper limits of 10^7 (at λ≈5 μm) and ~10^6 (at λ≳10 μm) on new Yukawa forces via first vector-component sensing with levitated dielectric microspheres.
Hough, Novel Techniques to Measure Micron-Scale Gravity, https://purl.stanford.edu/rc763nv9924 (2022), Bachelor’s Thesis, Stanford University
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Optomechanical vector sensing of new forces at 6 micron separation
Improved upper limits of 10^7 (at λ≈5 μm) and ~10^6 (at λ≳10 μm) on new Yukawa forces via first vector-component sensing with levitated dielectric microspheres.