Live Webinar With Irfan Siddiqi (UC Berkeley) | Building Quantum Systems from Measurement Up

UC Berkeley’s Irfan Siddiqi will headline a live webinar on May 12, 2026, exploring how quantum measurement enables scalable quantum computing. A pioneer in Josephson amplifiers and real-time quantum trajectories, Siddiqi’s work has redefined quantum system control. The event will emphasize measurement’s pivotal role in error correction, positioning it as a foundational element for fault-tolerant quantum architectures rather than a secondary process. Siddiqi will discuss real-time feedback advancements in superconducting hardware, showcasing how dynamic stabilization techniques improve qubit coherence and gate fidelity in near-term devices. Open-access platforms like AQT will be analyzed for their role in exposing system-level challenges, including scalability bottlenecks and integration hurdles in quantum-classical hybrid systems. The webinar targets researchers and engineers, offering actionable insights into measurement-driven quantum control, with global participation via a 12:00 AM ET (6:00 PM CET) virtual format.