Transforming Molecular Insight into Therapeutic Applications
Advancing amorphous science to enhance drug solubility and protein stability
Embedded Files
Welcome! I’m Krishna Kumar, a pharmaceutical scientist at the University of Minnesota, specializing in amorphous materials, drug formulation, and dielectric relaxation. My research explores how molecular mobility and thermodynamic behavior shape the stability and performance of therapeutic compounds.
Welcome! I’m Krishna Kumar, a pharmaceutical scientist at the University of Minnesota, specializing in amorphous materials, drug formulation, and dielectric relaxation. My research explores how molecular mobility and thermodynamic behavior shape the stability and performance of therapeutic compounds.
Beyond the lab, I’m passionate about making science accessible—whether through interactive Mathematica demonstrations, visual storytelling, or educational outreach.
Beyond the lab, I’m passionate about making science accessible—whether through interactive Mathematica demonstrations, visual storytelling, or educational outreach.
Advancing amorphous science to stabilize proteins and enhance drug solubility
My research centers on elucidating molecular relaxation dynamics through dielectric spectroscopy—advancing the science behind amorphous systems and enabling transformative pharmaceutical applications in (i) Enhancing Drug Solubility and (ii) Stabilizing Therapeutic Proteins.
Follow the links to see my list of publications and CV.
Explore a curated set of interactive demonstrations designed to deepen understanding of amorphous materials, dielectric relaxation phenomena, and related mathematical models.
These visual tools, built using Mathematica, allow users to dynamically adjust parameters and observe how model behavior evolves in real time. Each demonstration runs directly in your browser—no software installation required.
N. S. Krishna Kumar, PhD
Research Professional 6
Department of Pharmaceutics
University of Minnesota
9-125, Weaver-Densford Hall
308 Harvard Street SE, MN-55455, USA
Research Gate
Page updated
Google Sites
Report abuse