"I spent the last five years of my PhD working at the forefront of polymer-based battery materials, and I've been developing this new type of polymer electrolytes that anchor the solvent molecule in the system."

Rachel Z. Huang, Stanford University

"My research focuses on designing functional nanostructured crystals using geometry-inspired principles, specifically ... involves synthesizing open architecture colloidal crystals with properties by design."

Yuanwei Li, Northwestern University

"I noticed that often when modeling defects and solids our gradient-based structure optimization could often get stuck in a local minimum on the potential energy surface rather than identifying the true global minimum or defect ground state."

Seán Kavanagh, University College of London and Imperial London College

“My research is focused in solution processable routes for transition metal dichalcogenide Nano sheets, in particular we found a way to take commercially available powder and transform it into high performance semiconducting Nano sheets.”

Rebekah Wells,  École Polytechnique Fédérale de Lausanne

"My research is on unraveling the structured property correlations in durable multiplayer photometrics. So in heterogeneous catalysis such as photocatalytic water splitting we use semiconductors that harvest solar energy and causes a useful solution to ever rising energy and environmental concerns."

    Kaustav Chatterjee, Indiana University

"Bioprinting is an up and coming technology where living human cells are mixed with bioinks to 3D print tissue like three-dimensional structures."

Terry Ching, Singapore University of Technology and Design

"In particular I have been interested in studying the structural dynamics and the symmetry dictated the properties of this material and examining their temple and phase transformations, exploring of very electric stem conductor in this material family." 

Ye Zhang, University of California, Berkeley 

"Our research uses computational modeling to understand the optimistic properties of solid state energy materials such as batteries thermoelectrics and solar photovoltaics for example. To then leverage these insights to optimize performance."

Seán Kavanagh, University College of London and Imperial London College

"I believe the fundamental studies of organized nasoscope materials have provided a broad library of nanomaterials where the arrangements and compositions can be precisely tailored."

Wenjie Zhou, Northwestern University