Materials Science and Engineering

As society transitions toward a more sustainable energy future, the demand for low-cost energy storage systems for large-scale applications continues to grow.

Inorganic chemistry is central to the development of next generation solar energy conversion systems.

While known for a long time, antiferromagnetically ordered systems have previously been considered as “interesting but useless”.

Atomistic modeling, rooted in density functional theory and molecular dynamics, has been a cornerstone of materials science research for nearly four decades.

There are many technologies where progress towards higher efficiency and broader application is materials-limited.

MSE weekly seminar

Manipulating Ferroic Responses in 2D Materials:

Secure and Privacy-Preserving AI/ML for Health Applications:

Photon Avalanching Nanoparticles: Extreme Nonlinearity for Sub-Diffraction Imaging, Sensing, and Optical Computing.