Advances in Machine Learning Potentials for Mineral Physics at High Pressure and High Temperature

Collaborative AI Enhances Image Understanding in Materials Science

Driving Catalytic Innovation: The Development and Application of Machine Learning Force Fields

Let Materials Science Data Learn to Reason

Supervised Machine Learning Assisted Development of Hybrid Solvation Model for Simulating Graphene-Water Interface

Data Speaks: LLM-Enabled Evidence Auditing Resets the “Migration Barrier” Playbook for Solid-State Electrolytes