UMBC has been selected to participate in the Quantum Photonics Integrated Design Center (QuPIDC), which is led by Purdue University and also includes Los Alamos National Laboratory, Stanford University, Northwestern University, the University of Chicago, the University of Oklahoma, and Virginia Tech. The collaboration is one of 10 new Frontiers in Energy Research Centers recently funded by the U.S. Department of Energy. The centers support top-tier interdisciplinary teams as they pursue transformative basic research that will advance energy technologies. The quantum optics center will receive $13.9 million overall, and UMBC will receive $570,000.
QuPIDC aims to develop ways to generate states of light and matter with the property of “entanglement,” a unique phenomenon that was the subject of the 2022 Nobel Prize in Physics. The goal is to simultaneously entangle many photons and/or many electrons, which enables technologies like extremely precise measurement, faster-than-ever communication and computing, and much more.
UMBC’s partnership in the center leverages the university’s longstanding strength in quantum photonics and quantum information. In particular, Matthew Pelton, professor of physics and UMBC lead for the center, has expertise in developing quantum light sources and integrating them into photonic structures at the nanometer scale.
In addition, UMBC is well known for including many undergraduates from a wide range of backgrounds in hands-on research. The new center will only increase the number of students who can participate in the groundbreaking field of quantum technology.
“I’m very excited to have this opportunity to work with some of the world-leading researchers in quantum photonics,” Pelton says, “and I’m especially excited about the collaboration and networking opportunities that the center will provide for UMBC students.”