Join Quantum Machines for an insightful seminar exploring the relationship between quantum error correction/detection (QEC/QED) and dynamical decoupling (DD).
The session will explore how these two approaches can work together to reduce errors and improve the reliability and performance of quantum computing systems. It will also introduce a theoretical framework for understanding when combining QEC and DD can provide meaningful advantages.
Led by Prof. Daniel Lidar, the seminar will connect theory with experimental results from superconducting quantum processors.
Whether you work in quantum research, develop quantum technologies, or are simply interested in the future of fault-tolerant quantum computing, this session offers a valuable opportunity to learn about current approaches to tackling quantum errors.