FSU Opens the IRCB, A New Space Equipped for Quantum Discovery
In 2023, FSU announced the dedication of $20 million to quantum science and engineering (QSE) within three years. The funds will enable additional expansion of QSE research, including hiring postdoctoral fellows and tenure-track faculty. Housing the world’s largest and highest-powered Magnet Lab, FSU is strategically positioned to be at the forefront of QSE research.
Faculty Highlight: Dr. Cyprian Lewandowski
Assistant Professor
The Lewandowski Group in the FSU Department of Physics investigates condensed matter theory of interacting quantum systems; application-driven material development; electronic and optical phenomena in 2D quantum materials: plasmonics, superconductivity, non-linear responses.
FSU Quantum initiative has been established to advance university’s research and education in the areas of modern quantum science and technologies.
Making Qubits from Magnetic Molecules
Read or listen to the recent Physics Today article by Prof. Stephen Hill, reflecting on a historical perspective of molecular magnetism, illustrating how interdisciplinary quantum science uncovers new quantum effects to enable storing both classical and quantum information at the scale of individual atoms and molecules.
Read "Making Qubits from Magnetic Molecules"
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FAMU-FSU College of Engineering Emerges as a Quantum Research and Education Hub
With two professors each securing a $5 million grant through Florida A&M University, the college is setting the stage for groundbreaking advancements in the quantum realm.
New Path to Quantum Computing: FAMU-FSU College of Engineering Research Shows Promise for Trapped Electron Platforms
Researchers from the FAMU-FSU College of Engineering have examined how electrons trapped just above the surfaces of ultraclean quantum fluids and solids such as liquid helium and solid neon offer a combination of chip-level control and ultra-clean, defect-free environments, presenting a promising path toward scalable, high-fidelity qubits that could overcome key limitations of existing quantum technologies.