Research focus
About the research
Carroll investigates how dimension, topology, and symmetry shape the behavior of quantum materials.
Read the full research overview
His group studies low-dimensional condensed-matter systems and explores quantum-computing architectures, including topologically stabilized qubits and neuromorphic approaches. A September 2026 Wake Forest report describes his leadership of the NanoteQ research effort and work toward silicon-based qubits and processors that operate at room temperature. These are research directions rather than a promise of a finished computing product. The appeal is a close connection between fundamental materials physics and the design of possible future quantum information technologies.
Selected publications
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People & alumni
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