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Low latency imaging for next-gen mid-circuit quantum measurements
Sebastian Beer, PhD, Sebastian Beer, Senior Application Engineer, Hamamatsu Photonics Europe
Ramon Szmuk, PhD, Product Manager, Quantum Machines
September 10, 2024
About this webinar
Tune in to this engaging webinar and listen to specialists in their domain as they delve into advanced quantum processing innovations, featuring rapid readout systems for quantum processors and revolutionary qCMOSⓇ camera technology. This two-part webinar addresses low-latency imaging and its crucial importance in the future of mid-circuit quantum measurements.
A control system for driving adaptive quantum circuits on atom- and ion-based quantum processors using camera-based readout
Abstract: Atom- and ion-based quantum computing platforms offer high scalability and fidelity but are hindered by slow readout times (< 100 Hz), limiting mid-circuit measurements for quantum error correction and advanced algorithms. We will present a user-programmable FPGA-based control system for adaptive quantum circuits on trapped atoms and ions, achieving kHz readout rates with Hamamatsu’s ORCAⓇ-Quest qCMOS camera and Quantum Machines' processor-based OPX controller. The system supports real-time processing with sub-100 µs latency, enabling complex gate sequences, mid-circuit readout, and efficient atom management. This enhances circuit layer operations per second (CLOPS) and overall quantum device performance. The presentation will cover the setup, camera, and controller details, and present results.
Presenter: Dr. Ramon Szmuk, Product Manager, Quantum Machines
Optical Quantum Computing: Maximizing detector potential with qCMOS technology
Abstract: Mid-circuit quantum measurements of neutral atoms or ions impose specific and demanding requirements on camera systems. The precision, speed, and sensitivity needed for these measurements are crucial for the success of quantum experiments. The ORCA-Quest 2 qCMOS camera has revolutionized the scientific camera landscape and disrupted established technologies by offering a unique combination of resolution, low latency readout, and market-leading noise characteristics. The presentation delves into the technological details that make this leap in camera technology possible and explains why qCMOS technology is the optimal choice for a wide range of optical quantum computing readout use cases.
Presenter: Dr. Sebastian Beer, Senior Application Engineer, Hamamatsu Photonics Europe
About the presenters
Dr. Ramon Szmuk, Product Manager, Quantum Machines
Ramon Szmuk is currently a Product Manager at Quantum Machines, where he leads solutions for the Atomic, Molecular, and Optical (AMO) market. Previously, he worked as a Research Scientist at MuQuans, focusing on the design and development of atomic clocks. He earned his PhD in 2015 from the Paris Observatory (SYRTE).
Dr. Sebastian Beer, Senior Application Engineer, Hamamatsu Photonics Europe
Dr. Beer has a background in biomedical engineering. At Hamamatsu Photonics, he acts as the European camera specialist and is deeply involved in the emerging applications of qCMOS technology.
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