Using Debye-Wolf simulations, the authors find spin-Hall shifts up to about 3 µm in optical tweezers with stratified media, with the shift and longitudinal spin density controlled by numerical aperture and refractive-index contrast.
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2024 1verdicts
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A comprehensive study of the Spin-Hall effect of tightly focused linearly polarized light through a stratified medium in optical tweezers
Using Debye-Wolf simulations, the authors find spin-Hall shifts up to about 3 µm in optical tweezers with stratified media, with the shift and longitudinal spin density controlled by numerical aperture and refractive-index contrast.