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    Mapping of Three-Dimension Optical Force Field on Micro-particle in Optical Tweezers

    Ming-Tzo Wei, / Karmenyan, A. / Arthur Chiou, | IEEE | 2005
    tweezers to map the three-dimensional optical force field on these samples. For optical trapping with λ = 532nm, NA = 0.85, and total power ...

    Current trend and recent progresses in optical trapping: from optical tweezers to single-particle spectroscopy and photonics force microscopy

    Chiou, A. | IEEE | 2003
    A brief overview of optical trapping is given followed by a few selected examples to highlight some recent progresses and the current trend ...

      Current trend and recent progresses in optical trapping: from optical tweezers to single-particle spectroscopy and photonics force microscopy

      Chiou, A. / Guo li Taiwan da xue / Taiwan guang xue gong cheng xue hui | British Library Conference Proceedings | 2003

    Manipulation of metallic particles in inverted optical tweezers

    O'Neil, A.T. / Padgett, M.J. | IEEE | 1999
    optical trap. These so called optical tweezers were invented over a decade ago, and have now found widespread use for biological purposes. Until ...

    Integration of photothermal response with optical tweezers for accurate extraction of thermal diffusivity of micro-particle

    Chen, George Chung Kit / Vasudevan, Srivathsan / Andika, Marta | IEEE | 2008
    parameters from the PTR results of a coalition of targets is difficult as the PTR signal is shape and size dependent. We propose optical tweezers to ...

    Cellular mechanics and DNA mechanics via optical manipulation

    Chiou, A. | IEEE | 2005
    manipulation, namely photonics force microscopy (PFM) based on single-beam gradient-force trap (also know as optical tweezers) and optical stretcher ...

    Singular optical fibre featuring refractive index dislocation for chiral waveguiding of high orbital angular momentum light

    Hisatomi, M. / Parker, M.C. / Walker, S.D. | IEEE | 2005
    . Featuring an index dislocation, our singular optical fibre may find applications in cryptography or optical tweezers. ...

    Trapping and alignment of a microfibre using the discrete dipole approximation

    Nierninen, T.A. / Rubinsztein-Dunlop, H. / Heckenberg, N.R. | IEEE | 2001
    Optical tweezers can be used to trap, move, and rotate or align microscopic particles. Elongated particles are ideal candidates for ...