Predicting Energies from Electron Densities - Machine Learning for Reactive Molecular Dynamics

Predicting Energies from Electron Densities - Machine Learning for Reactive Molecular Dynamics

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Sampling strategy for training geometries

10 of 15

10 of 15

Sampling strategy for training geometries

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Predicting Energies from Electron Densities - Machine Learning for Reactive Molecular Dynamics

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  1. 1 Intro
  2. 2 Motivation Generating Free Energy Surfaces
  3. 3 Motivation Calculating Observables
  4. 4 Machine Leaming Molecular Energies
  5. 5 Energies via Electron Densities: DFT
  6. 6 Machine learning electron densities
  7. 7 Machine learning for DFT...for molecules!
  8. 8 Machine learning for DFT...for Hy
  9. 9 Machine learning for DFT: HO
  10. 10 Sampling strategy for training geometries
  11. 11 Machine learning for DFT. benzene
  12. 12 Machine learning for DFT. ethane
  13. 13 Machine learning for DFT malonaldehyde
  14. 14 Overlap of test and training data
  15. 15 Future directions (happening now!)

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