Journal of Microscopy · 2000 · 80 citations · 7 references
Natural SciencesPhysicsBiomedical OpticsOptical MaterialsOpticsAdaptive OpticsFourier OpticsLens SystemsLiquid CrystalsOptical AberrationsPhysical OpticsLiquid Crystal Electro-optic EffectMicroscope ImagingOptical Radiation FieldPoint Spread FunctionPupil FunctionSpatial Light ModulatorsWavefront ShapingWavefront Spread
We describe a simple method to produce an arbitrary complex optical field using a ferroelectric liquid crystal spatial light modulator. The system is configured so as to act as a pupil plane filter in a confocal microscope. The ability to tune the complex pupil function permits the system to be used both to modify the imaging performance by effectively engineering the point spread function as well as to remove optical aberrations present in the optical system.
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Subdiffraction resolution in far-field fluorescence microscopy
Thomas A. Klar, Stefan W. Hell · Optics Letters · 1999 · 856 citations
Super-gain antennas and optical resolving power
G. Toraldo di Francia · Il Nuovo Cimento · 1952 · 547 citations