Ptychographic Reconstruction
Classical methods can handle experimental imperfections but require substantial computation. Reconstruction uses a forward model in which the probe and object patch produce an exit wave that is Fourier transformed to predict diffraction in…
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Classical methods can handle experimental imperfections but require substantial computation. Reconstruction uses a forward model in which the probe and object patch produce an exit wave that is Fourier transformed to predict diffraction intensity. Classical ptychographic methods recover phase by enforcing diffraction-intensity and overlap constraints repeatedly. Ptychographic reconstruction speed is a practical bottleneck because modern beamlines acquire data faster than iterative algorithms can reconstruct it.