All-fiber platforms specially designed for optical manipulation of solid particles and liquid droplets are reviewed in terms of the physical principles, waveguide structures, and optical manipulation techniques. Firstly, fiber optic Bessel-like beam generators in two different schemes 1) micro-Fourier optics, and 2) multimode interference are explained. Open-loop and closed-loop circulation of solid particles using the fiber optic Bessel-like beams are discussed. Finally, nanodroplet generation using a hollow optical fiber will be introduced.
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