Electron diffraction provides rich structural information about materials. This image, which was submitted to the Molecular Foundry 2023 NanoArt Contest by Stephanie Ribet, shows a scanning transmission electron microscopy (STEM) electron diffraction pattern. The diffraction experiment characterized a TaSe2 twisted bilayer film fabricated by Samra Husremović and Madeline Van Winkle from the Bediako group at UC Berkeley. The ability to precisely control the composition, twist angle, and structure of TaSe2 and other 2D-materials enables new quantum devices, not possible with conventional systems. One of the areas of expertise of the Molecular Foundry is scanning diffraction or 4D-STEM. This diffraction pattern is a mean of many thousands of patterns all from one 4D-STEM dataset, which was taken to resolve the nanoscale Moiré pattern of this twisted structure.