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Modeling Simulation Science

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Modeling Simulation Science

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Research Frontiers in Molecular Dynamics Simulation

Computational methods for simulating atomic and molecular motion based on classical or quantum mechanics over nanosecond timescales.

Rare Event Sampling in Biomolecular Conformational Transitions
Machine Learning Potentials for Multiscale Molecular Dynamics
Non-Equilibrium Dynamics at Extreme Pressure Regimes
Quantum-Classical Hybrid Dynamics in Enzymatic Catalysis
Crowding Effects in Cellular Molecular Dynamics Models
Collective Behavior and Emergent Dynamics in Protein Assemblies
Membrane Heterogeneity and Lipid Sorting Mechanisms
Accelerated Sampling Across Timescale Hierarchies
Solvent Implicit Models for Intrinsically Disordered Proteins
Mechanotransduction at the Atomic-Scale Interface

All Modeling & Simulation Science PhD categories