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ASPIRE Quantum Kick-off Workshop (UTokyo-UChicago)

26 July 2024
The University of Tokyo
Asia/Tokyo timezone

Contribution List

19 out of 19 displayed
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  1. 1. Introduction
    Koji Terashi (University of Tokyo (JP))
    26/07/2024, 09:15
  2. 2. Quantum acoustics
    Andrew Cleland (UChicago)
    26/07/2024, 09:20
  3. 3. Design of diamond optomechanical system for quantum transaction
    Masahito Nomura (UTokyo)
    26/07/2024, 09:40
  4. 4. Quantum Advantage and Robust Quantum Information Processing
    Liang Jiang (UChicago)
    26/07/2024, 10:00
  5. 5. Early Fault-tolerant Quantum Computing in Practice
    Nobuyuki Yoshioka
    26/07/2024, 10:20
  6. 6. Quantum sensing: Novel probes for sub-cellular processes
    Peter Maurer (UChicago)
    26/07/2024, 11:00
  7. 7. Quantum-ready single-particle platforms for biosensing
    Alison Squires (UChicago)
    26/07/2024, 11:20
  8. 8. Elucidating the unsolved biology of exosomes with quantum technology
    Keisuke Goda (UTokyo)
    26/07/2024, 11:40
  9. 9. Creating and integrating quantum states with semiconductors
    David Awschalom (UChicago)
    26/07/2024, 13:30
  10. 15. Development of magnetic field tolerant superconducting qubits
    Tatsumi Nitta (UTokyo)
    26/07/2024, 13:50
  11. 11. Pseudoentanglement
    Soumik Ghosh (UChicago)
    26/07/2024, 14:10

    In this talk we will discuss to what extent entanglement is a "feelable" (or efficiently observable) quantity of quantum systems. Inspired by recent work of Gheorghiu and Hoban, we define a new notion which we call "pseudoentanglement", which are ensembles of efficiently constructible quantum states which hide their entanglement entropy. We show such states exist in the strongest form possible...

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  12. 12. Mechanical control of a single nuclear spin in diamond
    Benjamin Pingault (UChicago)
    26/07/2024, 14:30

    Nuclear spins interact weakly with their environment and therefore exhibit long coherence times. This has led to their use as memory qubits in quantum information platforms, where they are controlled via electromagnetic waves. Scaling up such platforms comes with challenges in terms of power efficiency, as well as cross-talk between devices. Here, we demonstrate coherent control of a single...

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  13. 13. Have we seen a demonstration of experimental quantum advantage?
    Bill Fefferman (UChicago)
    26/07/2024, 15:10
  14. 14. Tensor network and quantum computation
    Synge Todo (UTokyo)
    26/07/2024, 15:30
  15. 10. State tomography and Persistent coherence of magnetization
    Eiji Saito (UTokyo)
    26/07/2024, 15:50

    We have developed two spectroscopic methods: Magnetization State Tomography, which measures the Wigner function of magnetization fluctuations, and Magnetization Parametric Projection Measurement, which selectively amplifies the phase information of magnetization. As applications of these methods, we introduce the realization of magnetization squeezing, the direct measurement of magnetization...

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  16. 16. Poster session
    26/07/2024, 16:15
  17. 19. Discussion
    26/07/2024, 17:30
  18. 17. Concluding
    26/07/2024, 18:00
  19. 18. Casual dinner?