A GaP waveguide chip with multi-azimuthal mode interference and saturated absorption sectioning enables wide-field 3D nanoscopy at λ/10 lateral and λ/19 axial resolution by covering the full spatial-frequency band.
Waveguide excitation fluorescence microscopy: A new tool for sensing and imaging the biointerface
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Wide-field 3D nanoscopy on chip through large and tunable spatial-frequency-shift effect
A GaP waveguide chip with multi-azimuthal mode interference and saturated absorption sectioning enables wide-field 3D nanoscopy at λ/10 lateral and λ/19 axial resolution by covering the full spatial-frequency band.