All Stories

  1. Smarter Algorithms, Faster Code: A New Tool for Real-Time Volcano Hazard Assessment
  2. An Order-of-Magnitude Speedup: Accelerating Chemical Reaction Searches with Machine Learning
  3. A Better Scorecard: Using Modern Statistics to Rank Chemistry Algorithms
  4. A New Laser "Fingerprint" for Rapid Fragrance Analysis
  5. High Throughput Reproducible Literate Phylogenetic Analysis
  6. Reproducible High Performance Computing without Redundancy with Nix
  7. Raising the Bar for Atomic Solvers with Modern Fortran and a Novel Relativistic Solution Method
  8. fastMatMR: A High-Performance Engine for Matrix Data in R
  9. Taming the Chaos: A Better Way to Manage Software on Supercomputers
  10. Taming the Supercomputer: A Reproducible Workflow for Evolutionary Biology
  11. Fortran's Comeback: How a Community is Modernizing a Scientific Computing Classic
  12. No More Broken Parsers: A Better Way to Manage Chemistry Data
  13. Beyond Just Being Online: A Guide to Truly Inclusive Virtual Conferences
  14. Teaching Lasers: Using AI to Perfect Ultrafast Pulse Shaping
  15. An Early Look: Using Ultrafast Lasers to Quantify Fragrance Mixtures
  16. d-SEAMS: A Digital Microscope for Watching Water Freeze
  17. A Tiny Motor in a Crowd: How Self-Propelled Particles Navigate Messy Environments
  18. Bridging Two Worlds: The Real Challenges of Quantum Machine Learning
  19. A Letter to Nature: Why Peer Reviewers Shouldn't Be Forced to Be "Nice"
  20. A "Template Mismatch" Explains Why Flawed Surfaces Disrupt How Water Freezes
  21. An Ambitious Blueprint for Faster Laser Simulations
  22. Networking Molecules: An Early Vision for a Distributed Quantum Computer