MSU-Q is Michigan State University's interdisciplinary hub for advancing quantum information science (QIS) and quantum computing. Bringing together world-leading experts in physics, engineering, chemistry, math, and computer science, MSU-Q is pioneering research in quantum algorithms, theory, and hardware development to create an entirely new paradigm in computation to tackle critical problems in optimization, drug discovery, cybersecurity, and medicine — in collaboration with quantum industry.
MSU-Q Research Focus Areas
- Quantum Hardware Innovation: MSU-Q physicists and engineers are designing and building scalable quantum devices, including trapped-electron systems, color-center defects in diamond, and hybrid quantum platforms to build the high performance computing, sensing and simulation systems of tomorrow.
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Quantum Algorithms & Theory: MSU-Q researchers are developing cutting-edge algorithms and theoretical frameworks to harness the power of quantum computing for applications in optimization, molecular simulation, and cybersecurity.
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Quantum Materials & Chemistry: MSU-Q researchers are creating and testing new materials and chemical processes through quantum simulations, ultrafast optics, modeling, and quantum materials development to build the advanced materials of the future.
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Quantum Education & Workforce Development: MSU is leading national initiatives like QuSTEAM to train the next generation of quantum scientists and engineers for the rapidly expanding quantum ecosystem.
