Yale Quantum Institute: Quantum Error Correction
Published: March 2026
Description
This course features a recorded lecture series from the Yale Quantum Institute's Quantum Error Correction program, held at Yale University in July 2025 in partnership with North Carolina A&T State University.
Designed for learners with a background in quantum information science, this series provides a strong foundation in the principles and practices of quantum error detection and correction. Through seven expert-led lectures, learners will explore key concepts including quantum codes, stabilizers, bosonic systems, hardware-efficient encodings, and decoding strategies.
This course is ideal for those looking to deepen their understanding of how quantum systems preserve information in the presence of noise, a critical challenge in advancing quantum computing.
This program was made possible by the Yale ASCEND Initiative.
Course Takeaways
- Build a strong foundation in quantum error detection and correction principles
- Explore key techniques including quantum codes, stabilizers, and decoding strategies
- Understand how quantum systems preserve information in the presence of noise
Meet the Instructors
Dr. Florian Carle is the Managing Director of the Yale Quantum Institute. A French rocket scientist and engineer with a background in theater, Florian transitioned to quantum science, where he develops science and art outreach programs for the Yale and New Haven communities. His goal is to demystify quantum physics and science in general, making them enjoyable and accessible to inspire new generations to pursue careers in STEM.
In 2017, Florian launched one of the world’s first Artist-in-Residence program dedicated to quantum science for the Yale Quantum Institute. Leveraging his theater experience, he helps create installations, exhibitions, live shows, albums, and music videos. Florian received the 2024 Connecticut Science Center STEM Achievement Award for this program.
Florian earned his PhD in 2014 from Aix-Marseille University in France, focusing on the experimental study of droplet evaporation under microgravity. During his doctoral research, he collaborated with the French (CNES) and European (ESA) space agencies, conducting experiments aboard the zero-G aircraft—a highlight of which was experiencing weightlessness alongside his experimental apparatus.
Afterward, he joined the research teams of Yale SEAS Dean Kyle Vanderlick and Eric Brown, where he developed a liquid dynamo to address magneto-related questions pertaining to the magnetic fields of Earth, the Sun, and other celestial bodies.
Currently, Florian’s research interests lie at the intersection of quantum science and art. Beyond his professional pursuits, he is a competitive rower, enjoys snowboarding and theater, and volunteers as the Science and Education Coordinator for the Connecticut chapter of The American Chestnut Foundation.
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