MICHAEL GRUENWALD

Associate Professor

Chemistry

RESEARCH INTERESTS

The Gruenwald lab is using statistical mechanics and molecular simulation to address important questions in the field of nanoscience: How do nanomaterials form? How can we manipulate them? By developing new models and simulation techniques we reveal the microscopic mechanisms of nanomaterial synthesis, of structural transformations in nanomaterials, and of nanoparticle self-assembly.

GRANTS

  • EXTERNAL GRANT OR CONTRACT
    PREDICTING KINETICS OF MOLECULAR CRYSTALLIZATION BASED ON SOLUTION SPECIES
    22 Dec 2022 - 21 Dec 2026
  • EXTERNAL GRANT OR CONTRACT
    PREDICTING KINETICS OF MOLECULAR CRYSTALLIZATION BASED ON SOLUTION SPECIES
    22 Dec 2022 - 21 Dec 2026
  • EXTERNAL GRANT OR CONTRACT
    REU Site: Experimental and Computational Modeling of Materials and Biomolecular Systems
    National Science Foundation15 May 2022
    People funded by this grant:
    • Hammond M
    National Science Foundation
  • EXTERNAL GRANT OR CONTRACT
    PREDICTING NANOCRYSTAL SUPERLATTICES BASED ON LIGAND INTERACTIONS
    NATIONAL SCIENCE FOUNDATION1 Jan 2019 - 31 Mar 2025
    NATIONAL SCIENCE FOUNDATION
  • EXTERNAL GRANT OR CONTRACT
    GROWTH METAL ORGANIC FRAMEWORK
    ACS PETROLEUM RESEARCH FUND7 Jan 2016 - 31 Dec 2019
    ACS PETROLEUM RESEARCH FUND