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This (open to all) webinar will focus on the creation of more complex structures using the `mat3ra-made` Python package. Building on Parts I and II, we will demonstrate hands-on workflows in Jupyter Notebooks to design and explore point defects, surface defects, and grain boundaries. The session is targeted at materials scientists and engineers of all levels and will include a real-time demonstration with ample time for Q&A.
This (open to all) webinar will focus on creating more complex 2D-derived nanostructures using the mat3ra-made package. We will demonstrate hands-on workflows in Jupyter Notebooks to design nanowires, nanoribbons, and heterostructures. The session is targeted at materials scientists and engineers of all levels and will include a real-time demonstration with ample time for Q&A.
This (open to all) webinar will focus on introducing the `mat3ra-made` Python package for the design of real-world materials. We will demonstrate usage with Jupyter Notebooks and the main capabilities. The webinar is targeted at materials scientists at any skill level, will focus on hands-on real-time demonstration, and will include ample time for questions.
