Quantum-to-quantum transduction is the coherent exchange of information between quantum systems, which is an essential element of quantum information science. In order to develop fundamental scientific understanding needed to carry out quantum-to-quantum transduction through a bottom up synthetic approach that imparts atomistic precision to quantum systems, the Center for Molecular Quantum Transduction (CMQT) explores the underlying interactions among relevant quantum spins, excitons, and vibrational excitations of molecules and molecular materials.
CMQT comprises an interdisciplinary team of chemists, physicists, and materials scientists with the individual expertise and collective breadth to create knowledge in this emerging area. Understanding and achieving quantum-to-quantum transduction, an essential element of quantum information science, has major implications for both the U.S. and global economies.
Area 1: Localized Molecular Quantum-to-Quantum Transduction
Area 2: Distributed Molecular Quantum-to-Quantum Transduction
Area 3: Multiscale Molecular Quantum-to-Quantum Transduction
Stay up to date on current research.
Congratulations to Northwestern faculty members named 'Highly Cited Researchers' in 2023 by Clarivate, including CMQT's Hersam and Wasielewski
New observation of the CISS effect has implications for quantum information, energy, and biology
Quantum science experts shared insights and sparked new opportunities during two-day gathering
Learn about the recognition and awards received by CMQT scientists and researchers across member institutions.
