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This article details Hanhee Paik's foundational contributions to superconducting quantum hardware, specifically the development of the transmon qubit architecture that remains the industry standard. Her work directly enabled the scaling of processors from early 16-qubit systems to current machines exceeding 100 qubits, addressing critical coherence challenges essential for practical quantum advantage.
Paik, UMD alum, helped build IBM’s first 16-qubit quantum computer

Hanhee Paik (M.S. ’07, physics) helped pioneer the transmon qubit and built IBM’s first 16-qubit quantum computer in 2017. Now, she leads initiatives at IBM to help researchers use their increasingly powerful machines, including superconducting quantum computers that have surpassed 100 qubits.
Hanhee Paik, a University of Maryland alum, was instrumental in building IBM’s first 16-qubit quantum computer in 2017, a significant development in the field. Paik also helped develop the transmon qubit, a superconducting qubit now widely adopted by numerous quantum computing companies. As director of IBM’s Quantum Algorithm Centers and Academic Collaboration Program, she now leads efforts to maximize the capabilities of increasingly powerful machines; “The IBM Quantum team’s mission is to build…
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