Supplementary document for Spatiospectral Characterization of Ultrafast Pulse-Beams by Multiplexed Broadband Ptychography - 5444836.pdf

Supplemental Documen

spatialChirpGif3.gif

Visualization 1 shows propagation of the central five spectral components of the spatially chirped pulse-beam from the prism experiment without the knife-edge. The top row shows the spatial profile of each beamlet as it propagates. The bottom left panel shows the summed intensity of these spectral components which is calculated from the individually propagated beamlets. The two bottom right panels show sagittal and tangential views of the beams colored by their local wavelengths, which are the same as Fig 3.a) and b). Here we are also showing the propagation of the beamlets, which are colored according to wavelength and have sizes proportional to their second moments. Based on these panels we can separately identify the beamlet crossing plane and focal plane of the beams in each direction

Supplementary document for At-Focus Scanning Ptychography for High Resolution Imaging with a Wide Field of View - 6719937.pdf

Supplementary document supporting the main manuscript. The .zip files contains the default Optica Latex template files, main text document, and figures

Supplementary document for At-Focus Scanning Ptychography for High Resolution Imaging with a Wide Field of View - 6719937.pdf

Supplementary document supporting the main manuscript. The .zip files contains the default Optica Latex template files, main text document, and figures

Supplementary document for Single-pulse, reference-free, spatiotemporal characterization of ultrafast laser pulse-beams via broadband ptychography - 6406177.pdf

suplemental documen

Supplementary document for Single-pulse, reference-free, spatiospectral measurement of ultrashort pulse-beams - 5951026.pdf

Supplemental information - resubmission after peer revie