Welcome to our lab—take a tour with the video below:

The research in our group is organized around the following three main projects:

    1) Nanoscale Materials and Devices--with a focus on designing materials from the molecular level on up for novel electronics and energy storage systems.

    2) Nanotribology--seeking to understand the atomic scale origins of friction, and to utilize this to control friction across scales, from micro-devices to machined interfaces, for robotics, and even up to the role of friction, and the chemical reactions that control them, in earthquakes.

    3) Mechanochemistry--where the application of precise mechanical forces to molecules can be used to drive chemical reactions in dry solids, leading to more energy efficient, safer, and more selective and sustainable approaches to chemical synthesis.

    Research Overview

Group News


  • Quentarius Moore, Department of Energy Computational Science Graduate Fellowship (DOE CSGF) has been highlighted by Dexis magazine. (See Cover)
  • The NSF CMCC has launched its Google Arts & Culture inaugural exhibit on the history of mechanochemistry, with more to come! (Visit Website)
  • Dr. Batteas is now Chair-Elect of the Colloid and Surface Chemistry Division of the American Chemical Society. (Visit Website)



  • Dr. Batteas has been named Inaugural Holder of Wayne Goodman Professorship. (Read More)
  • Quentarius Moore was awarded a Department of Energy Computational Science Graduate Fellowship (DOE CSGF) to support his research. (Read More)