Interdisciplinary Research

The MRSEC has two collaborative Interdisciplinary Research Groups (IRGs). We have also developed strong connections among Center researchers that reach across the IRG boundaries, which draws on complementary strengths that pair theory with experiment or new perspectives from the collective of our broad expertise. The current IRGs are:

IRG I: Designing and Controlling Phase Transitions in Functional Molecular Materials

This IRG will develop machine learning (ML) models, molecular dynamics simulations, and automated experimentation (AE) platforms to understand and control complex phase transitions in molecular and supramolecular materials. Inverse design will be used to create materials with enhanced thermal, gas separation, and biological functionality for targeted applications.

IRG II: Machine Learning-Enhanced Design and Automated Assembly of Architected Microgels and Vesicles for Biotechnology

This IRG will establish the design rules, ML models, and microfluidic-based AE platforms needed to rapidly create architected microgels and vesicles for biotechnology applications, including cell encapsulation, enzyme screening, drug delivery, and bioprinting.

Leadership

Jennifer Lewis,
Director

Boris Kozinsky,
IRG 1 Lead

David J. Mooney,
IRG 2 Lead

Kathryn A. Hollar,
Education Director