FPM

FPM performs Fourier ptychographic microscopy reconstructions to extend spatial resolution beyond the numerical aperture (NA) limits of conventional microscope objectives for high-resolution, large-field imaging of biological samples.

Key Features:

• High Resolution and Large Field of View: Enables high-resolution imaging across an extensive field of view to capture detailed biological sample structure beyond conventional objective NA limits.
• Enhanced Reconstruction Process: Incorporates advancements that increase automation, noise robustness, and computational efficiency in FPM image reconstruction.
• MATLAB Implementation: Implemented in MATLAB to perform Fourier ptychographic reconstructions using scientific computing routines.

Scientific Applications:

• Wide-field high-resolution biological imaging: Supports imaging applications that require resolving cellular structures and subcellular details across large sample areas.

Methodology:

Implemented in MATLAB and performs Fourier ptychographic reconstructions, incorporating algorithmic improvements to increase automation, noise robustness, and computational efficiency.