Minnesota Computational Chemistry

Minnesota Computational Chemistry

( The MC² Group )

Recent Research

MC² Program

Supercomputing

Software Directory

Degree Programs

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Chris Cramer
"We Model Everything."
group

Jiali Gao
Molecular simulation, hybrid QM/MM methods, enzyme reactions.
group

Ilja Siepmann
Monte Carlo algorithms, transferable potentials for phase equilibria, supercritical fluid extraction, chromatography.
group

Don Truhlar
Quantum mechanical effects in reaction dynamics, quantum photochemistry, quantum thermochemistry, multi-scale methods, solvation, simulations, environmental and biological chemistry, catalysis, combustion, nanoscience, neurochemistry.
group

Darrin York
Linear-scaling electronic structure, hybrid QM/MM, many-body force fields, molecular simulation, enzyme reactions.
group

	Chris Cramer "We Model Everything." group
	Jiali Gao Molecular simulation, hybrid QM/MM methods, enzyme reactions. group
	Ilja Siepmann Monte Carlo algorithms, transferable potentials for phase equilibria, supercritical fluid extraction, chromatography. group
	Don Truhlar Quantum mechanical effects in reaction dynamics, quantum photochemistry, quantum thermochemistry, multi-scale methods, solvation, simulations, environmental and biological chemistry, catalysis, combustion, nanoscience, neurochemistry. group
	Darrin York Linear-scaling electronic structure, hybrid QM/MM, many-body force fields, molecular simulation, enzyme reactions. group