Hi & Welcome to my Profile!

I'm a PhD candidate working at the University of Wisconsin Madison on method and tecnique development for 4D STEM. I currently spend most of my development time working on the open source projects HyperSpy, pyxem and affiliated projects.

I'm particually interested in:

Processing big microscope datasets quickly using distributed and out of memory processing
Characterizing complex glassy materials
Open source projects for data visualization and processing

Examples of my Previous work:

If you are interested in my previous work, my contributions to pyxem and HyperSpy provide good examples. Most of the work there is related to lazy, out of memory integrations with dask, data visualization and increasing file i-o performance.

Carter Francis's Projects

prismatic

C++/CUDA package for parallelized simulation of image formation in Scanning Transmission Electron Microscopy (STEM) using the PRISM and multislice algorithms

pyxem

pyXem (Pythonic Crystallographic (Electron) Microscopy) is an open-source Python library for crystallographic diffraction microscopy. Contact us: [email protected]

pyxem-command

A bunch of scripts for running pyxem functions from the command line (mostly for processing data using SLURM or some other scheduler)

pyxem-demos

Tutorials and examples for pyXem (Pythonic Crystallographic Electron Microscopy), an open-source Python library for crystallographic electron microscopy. Contact us: [email protected]

pyxem-feedstock

A conda-smithy repository for pyxem.

scikit-image

Image processing in Python

symsim

This is just kind of a novelty project which I developed to help with understanding kinematic diffraction of symmetric clusters in glasses. It is kind of a rough treatment but still interesting to consider.

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