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Computational Chemistry

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Computational Chemistry

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Research Frontiers in Fragment-Based Quantum Methods

Development of QM/QM fragmentation schemes for treating large biosystems with quantum accuracy at reduced cost.

Quantum Fragmentation in Nonadiabatic Molecular Dynamics
Fragment Orbital Entanglement and Chemical Reactivity Prediction
Polarizable Embedding Across Molecular Fragment Boundaries
Quantum Correlations in Many-Body Fragment Assemblies
Fragment-Based Machine Learning for Wave Function Approximation
Subsystem Density Functional Theory at Chemical Accuracy
Quantum Transport Through Fragment Interfaces and Junctions
Real-Space Fragment Partitioning in Excited State Chemistry
Emergent Symmetries in Fragmented Quantum Systems
Fragment-Based Perturbation Theory Beyond Mean Field

All Computational Chemistry PhD categories