There is a newer version of the record available.

Published May 12, 2026 | Version v1
Dataset Open

data-efficient and fast machine learning molecular dynamics through integrated active learning and knowledge distillation

  • 1. ROR icon École Polytechnique Fédérale de Lausanne

* Contact person

Description

This entry provides the training and test datasets, final datasets, trained models, and simulation results associated with four machine learning interatomic potentials (MLIPs) of liquid water: DeePMD and MACE models trained from scratch via active learning, a fine-tuned MACE foundation model, and a DeePMD potential obtained by knowledge distillation. All input scripts for the active learning and AIMD simulations have been included. Source data for reproducing the figures in the manuscript are provided. Detailed explanations for each subdirectory are provided inside the folder.

Files

File preview

All files

Files (1.0 GiB)

Name Size
md5:78ad8da8db2ca9e6b894ceb8cdbdda34
7.2 MiB Download
md5:3ecb0df8c67f19c8c6d80c2edecd9075
195.1 MiB Download
md5:fb292862ffa3664510a6135bcebdef04
22.2 MiB Download
md5:f42241d55a8cedbcb08c660bd2666ad1
110.5 MiB Download
md5:ef9de8fe6c42e38b07de5da5e9b9055b
127.8 MiB Download
md5:493e159781beccb2bbfb7dfdb8c0ac53
41.0 MiB Download
md5:22d2c799f08a62aec845def2985b7944
64.8 KiB Download
md5:d5ea385198bb866ea0fe3949e74adad1
103.3 MiB Download
md5:e20a8956b471df1bfe65d9455ccb4da7
11.3 KiB Download
md5:c3a57f1b99e1cda78432e3405a7e4de7
284.8 MiB Download
md5:a9c52580740e7cb1785c1e864e19ae59
1.4 KiB Preview Download
md5:1bf37eb9717462b342f7cd6b77736e7a
20.9 MiB Download
md5:366c3bd1cbbd858ffe6bfceb6a75dbaf
39.3 MiB Download
md5:9618dc246d340884e11f2c229aff9d9c
82.2 MiB Download

References

Preprint
Lian, X.; Pasquarello, A.; LIAN, X. Data-Efficient and Fast Machine Learning Molecular Dynamics through Integrated Active Learning and Knowledge Distillation. ChemRxiv 2026 (0511), doi: 10.26434/chemrxiv.15002964/v1