Bootcamp: Accelerating Quantum Processing Unit (QPU) Development through Automation
Presented by
This bootcamp introduces Quantum EDGE—a powerful tool that automates qubit characterization, integrating with leading systems like Qblox, Quantum Machines, and Zurich Instruments. Learn how automation accelerates QPU development, paving the way for scalable quantum computing.
Quantum Processing Units (QPUs) are the critical components of quantum computers, driving the advanced computations that hold the potential to transform various industries. However, creating high-quality qubits and characterizing QPU chips at a useful scale is a complex and time-consuming task. Traditionally, this process relies heavily on manual efforts by quantum experts in fabrication, characterization, and testing, which slows progress.
Quantum EDGE, developed by QuantrolOx, addresses this challenge by automating the essential tasks that quantum researchers, engineers, and operators perform to prepare QPUs for running algorithms. Quantum EDGE seamlessly integrates with leading quantum control systems, including Qblox, Quantum Machines, and Zurich Instruments, providing a comprehensive solution that is both powerful for experts and accessible for those new to the field. As the quantum computing industry moves toward systems with millions of qubits, automation will be key to achieving scalability and advancing quantum technology.
Value proposition
Gain hands-on experience with Quantum EDGE, learning how to automate QPU characterization for faster, scalable quantum computing. Whether you’re a seasoned quantum researcher or new to the field, this bootcamp offers valuable insights and practical tools to enhance your work. By attending, you’ll learn how to reduce manual work, accelerate progress, and leverage the capabilities of leading quantum control systems—all through the powerful automation provided by Quantum EDGE.
Join us for an in-depth exploration of how automation can drive progress in quantum computing and make the development of QPUs faster, more efficient, and accessible to all.
Instructor
Dr. Jelena Trbovic is an experimental physicist and VP of Business Development at QuantrolOx. With over two decades of experience in research, control electronics, and the software industry, Dr. Trbovic is passionate about promoting good measurement practices and helping the quantum industry push the boundaries of innovation. Her extensive knowledge and practical experience will provide bootcamp participants with valuable insights into the latest advancements in QPU development and the transformative role of automation.
Bootcamp goals
Understand the key challenges in quantum computing and their impact on QPU development.
Learn about the fundamental building blocks of superconducting qubits.
Explore the processes involved in characterizing superconducting qubits.
Identify the bottlenecks in current superconducting qubit characterization methods.
Discover how automation, powered by integration with Qblox, Quantum Machines, and Zurich Instruments, can overcome these challenges and speed up development.
Gain a practical understanding of how Quantum EDGE software works.
Learn how to implement Quantum EDGE in your lab or organization to improve QPU development.
FLYER (CLICK TO DOWNLOAD)
Download the flyer
Logistics
Monday, September 9th 3:00PM - 5:00PM ET - at Quantum World Congress, in Elevate at the Watermark Hotel
BOOTCAMP FORMAT
This bootcamp is structured into five focused sessions:
The Importance of Quantum Computers: Why quantum computers matter and the key characteristics they need.
Building and Characterizing Superconducting Qubits: The requirements and techniques for creating and assessing superconducting qubits.
Developing and Characterizing Superconducting QPUs: The step-by-step process of getting superconducting QPUs operational.
Quantum EDGE Live Demo: A demonstration of Quantum EDGE software, showcasing its features, benefits, and integration with Qblox, Quantum Machines, and Zurich Instruments.
Questions and Answers: An interactive session to address your questions and discuss how Quantum EDGE can fit into your workflows.
Who CAN ATTEND?
Any registered attendees of Quantum World Congress are invited to attend. This bootcamp is designed for quantum researchers, engineers, and operators focused on QPU development, as well as newcomers eager to understand superconducting qubit characterization.
Cost
This bootcamp is free of charge for all Quantum World Congress attendees.
Registration & PreRequisites
No prerequisites; Registration on a first-come, first-served basis.