06/04/2026
Researchers at the joint college are helping advance the future of quantum computing through a landmark study published in Nature Electronics. The multi-institution research team demonstrated that a novel qubit platform, developed at Argonne National Laboratory by trapping single electrons on solid neon, exhibits noise levels 10 to 10,000 times lower than most traditional qubits. Lower noise allows qubits to retain information longer and operate more reliably for building practical quantum computers.
The findings highlight solid neon as a promising material for scalable quantum technologies and support broader efforts at Florida State University and the FAMU-FSU College of Engineering to establish Tallahassee as a growing hub for quantum science, engineering, and workforce development.
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