People News

Joining a graduate program is not just about choosing a university and studying a subject. It’s also about joining a community of people who help shape the experience and can support and welcome people who are new to the world of academic research.

Congratulations to Carlos! He successfully defended his thesis, titled: Realization of an effective Mexican-hat band for ultracold atoms in a time-modulated optical lattice

Two JQI researchers named Highly Cited Researchers by Clarivate Web of Science Group. The list highlights scientists whose papers have been heavily cited over the preceding decade.

JQI Fellow Alexey Gorshkov was named a 2023 fellow of Optica, the organization formerly known as the Optical Society of America.

Welcome to the Schine Group. Here you will find information about our members, our research interests and our work.

Congratulations to Dr. James!  James successfully defended his thesis, entitled Floquet Heating and Relaxation of Interacting Bose Einstein Condensates

The University of Maryland is hosting a new $2 million project aimed at making the state of Maryland a central hub for research in the emerging field of quantum thermodynamics, which studies the rules that govern how energy flows in quantum systems. The Maryland Quantum-Thermodynamics Hub, supported by a grant from the Templeton Foundation, will bring together researchers from several universities to galvanize a field that is central to understanding our universe and to developing robust quantum technologies.

As Jeffrey Wack walked across the graduation stage in May 2022, he carried with him a lot of uncertainty about where to go next. His trepidation came from his voracious curiosity for a broad range of things, primarily within physics and math—the subjects of his two degrees—but also from his interests in teaching, outreach and music. The prospect of having to pick just one path forward felt confining to Wack. But that same curiosity served him extremely well during his time at the University of Maryland, and it left him with many opportunities for next steps.

The University of Maryland has a flourishing physics program that offers ambitious students opportunities to engage in basic research and learn how quantum physics is being harnessed in cutting-edge quantum technologies. Last year, as a freshman physics major at UMD, LeSchack wasted no time before connecting with faculty, embracing the resources offered by the university and even creating new opportunities for herself and her fellow undergrads in the form of a quantum club.

The research of RQS Co-PI Alicia Kollár, who is also a Chesapeake Assistant Professor of Physics at the University of Maryland, embodies the give and take between physics and mathematics. In her lab, she brings abstract theories to life and in turn collaborates on new theorems. She has forged a research program of manipulating light on a chip, coaxing the light into behaving as though it lives on the surface of a sphere, or a mathematical abstraction known as a hyperbolic surface. She also collaborates with mathematicians, furthering both the understanding of what these chips can do and their underlying mathematics. A direct collaboration with pure mathematicians is uncommon for a physicist, particularly an experimentalist. But Kollár is no stranger to mathematics.