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Defining the QuOp: part I

Programme

Wednesday 4 November 2026, National Physical Laboratory, Teddington

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Full-day workshop

Wednesday 4 November 2026

National Physical Laboratory, Teddington

  1. 08:30–09:15

    Coffee and registration

  2. 09:15–09:30

    Welcome

    Abhishek Agarwal (National Physical Laboratory (NPL)) and Joschka Roffe (Quantum Software Lab (QSL), University of Edinburgh)

  3. 09:30–09:50

    Title TBC

    Jonathan Burnett (National Quantum Computing Centre (NQCC))

  4. 09:50–10:10

    The state of quantum computing benchmark standards

    Charlie Nation (National Physical Laboratory (NPL)) and John Devaney (National Physical Laboratory (NPL))

  5. 10:10–10:30

    Quantum Advantage in Quantum Simulation and the MegaQuOp

    Andrew Daley (QCI3 Hub, University of Oxford)

  6. 10:30–11:00

    Benchmarking the computational power of quantum computers

    Cristina Cirstoiu (Quantinuum)

  7. 11:00–11:30

    Coffee

  8. 11:30–11:50

    Certifiable QuOps: a verification wrapper around any figure of merit

    Elham Kashefi (Quantum Software Lab (QSL), University of Edinburgh)

  9. 11:50–12:10

    Efficiently simulable quantum circuits with large entanglement, magic, and non-Gaussianity via code-compiled tensor networks

    Aydin Deger (University of Oxford) and Stergios Koutsioumpas (Quantum Software Lab (QSL), University of Edinburgh)

  10. 12:10–12:30

    The limits of erasure-based postselection for quantum error mitigation

    Brian Vlastakis (Oxford Quantum Circuits)

  11. 12:30–13:45

    Lunch

  12. 13:45–14:05

    It’s Not the Gates, It’s What You Do With Them: An Algorithms perspective on the QuOp

    Harry McMullan (Phasecraft)

  13. 14:05–14:25

    Scalable decoders for scalable QuOps

    Joan Camps (Riverlane)

  14. 14:25–14:45

    Flexible Logical Operations in Silicon Spin Qubit Architectures with Shuttling

    Andrea Husseini (Quantum Motion)

  15. 14:45–15:05

    Title TBC

    Ben Yuen (Infleqtion)

  16. 15:05–15:35

    Coffee

  17. 15:35–16:30

    Group discussion

    See the discussion questions

  18. 16:30–17:00

    Summary and wrap up