Quantum Error Correction Workshop
Join us for the Riverlane Quantum Error Correction Distance-3 Surface Experiment workshop Feb. 10-12, 2026.
This three-day, hands-on workshop hosted at Oak Ridge National Laboratory (ORNL) will provide participants from the Quantum Science Center with an end-to-end quantum error correction (QEC) experience using Riverlane and IQM tools on IQM cubits. Attendees will work with real qubits to implement a distance-3 surface code, exploring key QEC algorithms such as surface codes and real-time decoding. The event will balance theory and practice—covering the fundamentals of qubit physics, circuit design, and real-time error decoding—while demonstrating system calibration.
Participants will execute circuits and observe how QEC improves qubit performance. By the conclusion, every participant will have completed a full surface-code experiment on a functioning quantum processor, gaining a clear understanding of both the theoretical underpinnings and practical challenges of operating error-corrected quantum systems.
EVENT DETAILS
WHEN: Feb. 10 (Mon) 1:00p – 5:00p, Feb. 11 (Tues) 8:30a – 5:00p & Feb. 12 (Wed) 8:30a – 2:00p (all times are ET)
WHERE: Oak Ridge National Laboratory, 1 Bethel Valley Road, Oak Ridge, TN 37931
WHO: Quantum Science Center Personnel; All levels of experience with Quantum Computing welcome
Attendees must be present on-site at ORNL and gain access via our Personnel Access System (PAS), if needed.
Seats are limited and registration is first come, first served. All attendees must register by January 9, 2026.