Richard A. Friesner

Richard Friesner's research group is focused on the following major areas:

  • Development and application of novel methods for ab initio electronic structure calculations, including mixed quantum mechanics/molecular mechanics (QM/MM) methods;
  • Development of a new generation of molecular mechanics force fields, including explicit incorporation of polarizability;
  • Investigation and improvement of continuum treatments of aqueous solvation;
  • Computational models and algorithms for protein structure prediction;
  • Modeling of protein-active site chemistry using quantum chemical and QM/MM methods;
  • Electron transfer theory; and
  • Quantum chemical modeling of the interactions of small molecules with surfaces and nanostructures.

He is the William P. Schweitzer Professor of Chemistry at Columbia. 

Research Areas Include:

Correcting DFT with Localized Orbital Corrections
Quantum Monte Carlo
Free-Energy Perturbation