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Keynotes

Quantum
Korea 2025

June 24 (Tue) ~ 26 (Thu), 2025 Exhibition Hall , aT Center

Keynotes

  • Special Lecture

    • Oskar Painter

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      June 24 (Tue) 10:00 ~ 10:50

      Error Correction and Scaling: Addressing the Quantum Tyranny of Numbers

      Prof. Oskar Painter

      “A Global Leader in Quantum Optics”

      Oskar J. Painter, a professor in the Department of Applied Physics at the California Institute of Technology (Caltech),
      leads world-class research in the fields of superconducting quantum circuits for quantum information processing and communication,
      the quantum physics of mesoscopic mechanical objects, hybrid superconducting and acoustic quantum circuits,
      and optomechanical sensors for quantum-limited sensing applications.
      He served as the Co-Director of the Kavli Nanoscience Institute at Caltech and joined Amazon Web Services in December 2019,
      to help establish a new effort in quantum computing.
      He is the Director of Quantum Hardware, leading a team of theoretical and experimental scientists and engineers.

    • Celia Merzbacher

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      June 24 (Tue) 10:50 ~ 11:40

      From Research to Real World: The Emerging Global Quantum Economy

      Dr. Celia Merzbacher

      “A pioneer in quantum economic growth and scientific policy leadership”

      Dr. Celia Merzbacher is the Executive Director of the Quantum Economic Development Consortium (QED-C),
      leading efforts to enable and grow the global quantum industry. With a background in science and technology policy from the White House OSTP,
      she has fostered collaboration across government, industry, and academia. She currently serves on multiple international advisory boards,
      including NATO’s Transatlantic Quantum Community and G-QuAT, advancing quantum innovation worldwide.

    • Eun-Ah Kim

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      June 25 (Wed) 09:00 ~ 09:50

      Attention to Quantum Complexity

      Prof. Eun-Ah Kim

      “A global leader in theoretical quantum materials research”

      Eun-Ah Kim earned a Ph.D. from UIUC and conducted postdoctoral research at Stanford University before joining the faculty at Cornell University.
      Leads pioneering research on high-temperature superconductors, topological phases, and the application of machine learning to physics.
      A world-leading theoretical physicist driving the advancement of next-generation quantum materials by bridging theory and experiment.