Photon momentum induced precision small forces: a static and dynamic check

Manske, Eberhard GND; Fröhlich, Thomas GND; Vasilyan, Suren GND

Practical means of generation and calibration of the small precision forces in static and dynamic regimes around 1 Hz by the usage of radiation pressure effect from 1 W continuous wave visible (diode) laser light is presented. The additive effect of the transfer of photon momentum, caused by non-overlapping multiply reflecting laser beam locked within a quasipassive and/or active macroscopic cavity system, is employed. The effective laser power (partially trapped experimentally) is amplified, such that the optically generated forces are increased from hundreds of pN to sub-μN level. The results presented in this paper should be seen as a means for extending the edge of practically verifiable lower limits of SI-traceable force metrology.

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Manske, E., Fröhlich, T., Vasilyan, S., 2019. Photon momentum induced precision small forces: a static and dynamic check. Measurement science and technology 30, 2019, art. 105004. https://doi.org/10.1088/1361-6501/ab257e
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