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pymatviz Public
A toolkit for visualizations in materials informatics.
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matbench-discovery Public
An evaluation framework for machine learning models simulating high-throughput materials discovery.
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svelte-multiselect Public
Keyboard-friendly, accessible and highly customizable multi-select component
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dotfiles Public
Ain't no place like ~. Scripts and config files to setup macOS from scratch.
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dielectrics Public
Pushing the Pareto front of band gap and permittivity with ML-guided dielectric materials discovery incl. experimental synthesis and characterization.
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blog Public
My blog.
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svelte-toc Public
Sticky responsive table of contents component
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torch-mnf Public
Multiplicative Normalizing Flows in PyTorch.
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tensorboard-reducer Public
Reduce multiple PyTorch TensorBoard runs to new event (or CSV) files.
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awesome-sveltekit Public
Awesome examples of SvelteKit in the wild
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svelte-zoo Public
Random assortment of docs-related Svelte components
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diagrams Public
Diagrams of concepts in physics/chemistry/ML
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thermo Public
Data-driven risk-conscious thermoelectric materials discovery
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tf-mnf Public
Multiplicative normalizing flow: variational Bayesian neural networks with increased posterior flexibility thanks to normalizing flows
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elementari Public
Interactive browser visualizations for materials science: periodic tables, 3d crystal structures, Bohr atoms, nuclei, heatmaps, scatter plots.
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pdf-compressor Public
CLI + Python API for batch compressing PDFs
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awesome-normalizing-flows Public
Awesome resources on normalizing flows.
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svelte-bricks Public
Naive Svelte Masonry component without column balancing (ragged columns at the bottom)
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ffonons Public
Phonons from ML force fields
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ocean-artup Public
Homepage of the ERC Advanced Grant research project Ocean artUp
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auto-repo-config Public
Runs periodic GitHub Actions to change settings on your repos if they differ from .repo-config.yaml.
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afara Public
Homepage of the German student-run non-profit Afara e.V. built Svelte and Contentful.
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numeric-simulations Public
Exercise solutions for Prof. Springel's lecture "Fundamentals of Simulation Methods" (fall 2015, Heidelberg University)
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