All Stories

  1. A reproducible workflow for reaction-path calculations, end to end
  2. A faster saddle point hunt that knows when to switch methods
  3. One Bayesian loop for every energy-surface search: minima, saddles, and reaction paths
  4. Visualizing chemical optimization histories across potentials and methods
  5. Geometry-aware data pruning halves wall time for GP-accelerated saddle searches
  6. Geometry-aware data pruning halves wall time for GP-accelerated saddle searches
  7. Common data formats and model interfaces for atomistic machine learning
  8. 400x faster lava flow simulations for real-time eruption response
  9. GP-accelerated saddle point searches with 10x fewer force evaluations
  10. Bayesian ranking of saddle point search algorithms with uncertainty
  11. Femtosecond thermal lensing for quantitative fragrance mixture analysis
  12. Reproducible phylogenetic analysis on HPC with literate programming
  13. Reproducible HPC software environments with Nix
  14. High-order finite elements for atomic structure with a new relativistic solver
  15. Flowy: High Performance Probabilistic Lava Emplacement Prediction
  16. Fast Matrix Market I/O for R with C++ backend
  17. Reproducible HPC software environments with Nix
  18. Reproducible phylogenetic analysis on HPC with literate programming
  19. A survey of the Fortran ecosystem and its modernization
  20. Grammar-based parsing for ORCA quantum chemistry with Python
  21. Designing inclusive online conferences beyond mere access
  22. Semi-supervised learning for ultrafast laser pulse shaping
  23. Ultrafast thermal lensing as a probe for fragrance mixtures
  24. Open-source structural analysis for ice nucleation simulations
  25. Self-propelled Janus particles in crowded colloidal suspensions
  26. Physical constraints on combining quantum computing with deep learning
  27. In defense of critical peer review
  28. How surface defects on silver iodide disrupt ice nucleation
  29. An Ambitious Blueprint for Faster Laser Simulations
  30. Distributed quantum computing with shaped femtosecond laser pulses