Latest post · March 29, 2022

Polystyrene Penetrates Lipid Vesicles

Research goals

My current work is primarily aimed at developing novel techniques for calculating absolute and relative binding free energy values (ABFE and RBFE) of small molecules targeting both protein and nucleic acid targets. Curent developed methods are focused on using Machine Learning Potentials (MLPs) to correct dihedral parameters drug-like molecules, and novel workflows for free energy calculations using Amber molecular dynamics.

Past Directions:

  • Water and aqueous solutions — Dynamical fluctuation theory, activation energies, hydrogen-bond exchanges, and the molecular origins of dynamics in liquid water.
  • Lipid membranes and nanoplastics — how nanoparticles interact with and penetrate lipid vesicles as well as computational spectroscopy.
  • About
    Research interests, training, and the path through physics into computational chemistry.
  • Publications
    Peer-reviewed articles, feature pieces, and cover articles on water and liquid dynamics.
  • Curriculum Vitae
    Appointments, education, awards, and the full professional record (PDF).

Recent posts

Writing and research notes

July 1, 2020

NSF GRFP Annual Report: Year 2

During my second year of support from the NSF Graduate Research Fellowship Program (GRFP) I have made strides in my academic progress, my professional…