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About our group

In the Mesoscale Materials Laboratory we explore how symmetry drives the interaction of light with excitations in solids, and how films crystallize from an amorphous phase. Welcome to our site.

It is well known how the properties of a solid arise from its symmetry, whether this is defined within the bulk interior, or by the presence of a surface or interface. In the Mesoscale Materials Lab we study how symmetry-breaking at different length scales alters how light interacts with matter and can challenge conventional notions about the behavior of materials and their properties.

Project Highlights

The domain-wall structure and dynamics are found to enhance, rather than inhibit, the high-frequency performance of an intrinsically tunable material, obtaining ultra-low loss and exceptional frequency selectivity. Illustration credit: Felice Macera. Relevant publication

Ballistic photoconduction and a mesoscopic electron free path can be attained at room temperature in a ferroelectric insulator.
Relevant Publication

Nanoscale electrodes and the bulk photovoltaic effect together permit high quantum yield.
Relevant Publication

Solid phase epitaxy of ferroelectric perovskite oxide films can occur from amorphous films produced by atomic layer deposition at temperatures much lower than the usual bulk crystallization temperatures.
Relevant Publication

Chemisorption and desorption of water fragments permits reversible quantum well ultraviolet luminescence. Relevant publication

Recent News

MXenes meet their (oxide perovskite) match

January 20, 2019BY Admin

Report on van der Waals epitaxy of highly (111)-oriented BaTiO3 on MXene results from collaboration with the team of Professor Yury Gogotsi and may

Hawley starting tenure-track faculty position

Hawley starting tenure-track faculty position

August 20, 2018BY Admin

We congratulate alumnus Dr. Christopher J. Hawley, who will started a tenure-track faculty position as Assistant Professor of Physics at Lafayette

Solar energy conversion breakthrough with help from a ferroelectrics pioneer

Solar energy conversion breakthrough with help from a ferroelectrics pioneer

August 9, 2016BY Mmladmin

Designers of solar cells may soon be setting their sights higher as a discovery by a team of researchers has revealed a class of materials that cou

Welcoming new group members in 2016

June 22, 2016BY Mmladmin

We welcome graduate students Andrew Bennett-Jackson (MSE), Anthony Ruffino (Physics) and Alexandria Will-Cole (MSE) to the group! We also welcome D

Gu awarded sponsored extended visit to Japan

June 22, 2016BY Mmladmin

PhD Candidate Zongquan Gu has been selected to participate in the National Institute for Communications Technologies (NICT) supported program in Ja

Hawley, McGuckin and Akbashev defend

February 6, 2016BY Mmladmin

Terrence McGuckin defended his PhD thesis “Exploring the Electronic Landscape at Interfaces and Junctions in Semiconductor Nanowire Devices w

Congratulations to Dr. Guannan Chen and to Dr. Mohammad Islam!

August 14, 2014BY Mmladmin

We are very pleased to announce that Dr. Mohammad A. Islam, Research Assistant Professor of Materials Science & Engineering has been appointed