Generalised phase contrast (GPC) not only leads to more accurate phase imaging beyond thin biological samples, but serves as an enabling framework in developing tools over a wide spectrum of contemporary applications in optics and photonics, including optical trapping and micromanipulation, optical phase cryptography, light-efficient image projection and parallel laser beam shaping for optical landscapes. In this review, we discuss the fundamental ideas behind generalised phase contrast and present a survey of its exciting applications.
Thursday, May 13, 2010
Generalised phase contrast: microscopy, manipulation and more
Darwin Palima, Jesper Glückstad
Generalised phase contrast (GPC) not only leads to more accurate phase imaging beyond thin biological samples, but serves as an enabling framework in developing tools over a wide spectrum of contemporary applications in optics and photonics, including optical trapping and micromanipulation, optical phase cryptography, light-efficient image projection and parallel laser beam shaping for optical landscapes. In this review, we discuss the fundamental ideas behind generalised phase contrast and present a survey of its exciting applications.
Generalised phase contrast (GPC) not only leads to more accurate phase imaging beyond thin biological samples, but serves as an enabling framework in developing tools over a wide spectrum of contemporary applications in optics and photonics, including optical trapping and micromanipulation, optical phase cryptography, light-efficient image projection and parallel laser beam shaping for optical landscapes. In this review, we discuss the fundamental ideas behind generalised phase contrast and present a survey of its exciting applications.
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