QEC25 marks the 7th International Conference on Quantum Error Correction, a prestigious biennial event that has been a cornerstone of the quantum research community since its inception in 2007. Previous editions have been hosted in leading international cities, including Los Angeles, California; Zurich, Switzerland; Washington, District of Columbia; London, UK; and Sydney, Australia. For the 2025 edition, the conference returns to the United States, proudly hosted by the Yale Quantum Institute.
This conference will convene distinguished experts from academia and industry to explore cutting-edge research in theoretical, experimental, and technological advancements towards achieving robust quantum computation. Key topics will include quantum control, error correction, fault tolerance, and their intersection with physics, computer science, and technology.
Scheduled from Monday, August 11 to Friday, August 15, 2025, QEC25 will take place at the Yale Quantum Institute in New Haven, with an anticipated attendance of 400 quantum researchers. A tutorial session will be offered for students and anyone interested the day before, on Sunday, August 10, 2025.
The following scientists will give invited talks during the conference, listed by alphabetical order.
Poster Presenters and Schedule to be announced on May 20.
All attendees, speakers, poster presenters, and sponsors should register to attend the conference. To ensure a safe and enjoyable conference to all attendees, the registration is capped at 483 persons, due to the auditorium maximal capacity. Register early to ensure your seat, and benefit from the preferential rate.
To allow QEC23 attendees a stress-free (and car-free!) conference, we offer a preferential rate of $189/night at the Omni Hotel, located in downtown New Haven, 1.5 blocks from the Yale University campus. This early bird rate is available for attendees until June 9. All rooms offer free cancellation before August 8.
Thank you to our sponsors for making this conference possible
and keeping our registration fee low and accessible to all the QEC community.
Yale University has been at the forefront of quantum science and engineering since the early 1990s, serving as the birthplace of significant quantum breakthroughs, particularly in circuit quantum electrodynamics. Recognizing the critical importance of quantum error correction early on, the Yale Quantum Institute has cultivated a vibrant ecosystem of experimental and theoretical researchers dedicated to advancing fault-tolerant quantum computing.
Sponsoring the QEC25 conference at Yale offers a unique opportunity to engage with the next generation of quantum researchers and contribute to discussions on quantum error correction at the very site where some of the field’s most significant breakthroughs have occurred.
Sponsored content by Nord Quantique
Lead the development and implementation
of advanced quantum control protocols for bosonic qubits
Lead the development and integration
of multi-cavity superconducting quantum processors
Tentative - Times and sessions are subject to changes
This tutorial sessions is offered for students and anyone interested in the following topics, as a preparation for the conference. Space is limited to 120 people, please indicate your interest in the registration form.
Check in at the Yale Science Building (260 Whitney Ave, New Haven, CT 06511) in the hall outside of OC Marsh & Breakfast.
Opening by the QEC25 Committee.
YQI Artist-in-Residence Stewart Smith, Yale CS graduate student Yue Wu, and YQI Managing Director Florian Carle propose you to experience an in-person real-time quantum error correction in the auditorium!
This will also be the occasion to take a QEC25 group photo.
Presented by APS PRX Quantum.
Presented by Economic Development Administration of the City of New Haven
Presented by APS PRX Quantum
All attendees are invited to a special toast to celebrate for the 5th anniversary of the PRX Quantum journal, and presentation of the Award for the Best Poster (overall for two poster sessions) presented by APS PRX Quantum.
Stephen Bartlett (Chair), The University of Sydney
Kenneth Brown, Duke
Earl Campbell, University of Sheffield & Riverlane
Keisuke Fujii, Osaka University
Liang Jiang, University of Chicago
Daniel Lidar, University of Southern California
Markus Mueller, IQOQI
Naomi Nickerson, PsiQuantum
Maika Takita, IBM
Barbara Terhal, Delft University of Technology
Jeff Thompson, Princeton University
Steve Girvin (Chair)
Amy Badner
Florian Carle
Aleksander Kubica
Shruti Puri
Steve Flammia (Chair), Virginia Tech
Barbara Terhal (Co-Chair), Delft University of Technology
Nouédyn Baspin, University of Sydney
Niko Breuckmann, University of Bristol
Natalie Brown, Quantinuum
Ken Brown, Duke University
Ben Brown, IBM
Earl Campbell, Riverlane
Margarita Davydova, Caltech
Nicolas Delfosse, IonQ
Daniel Gottesman, University of Maryland
Arne Grimsmo, AWS
Michael Gullans, University of Maryland / NIST
David Hayes, Quantinuum
Min-Hsiu Hsieh, Foxconn
Shilin Huang, Hong Kong University of Science and Technology
Vadym Kliuchnikov, Microsoft
Anirudh Krishna, IBM
Aleksander Kubica, Yale University
Anthony Leverrier, INRIA
Harry Levine, UC Berkeley
Matthew McEwen, Google
Markus Müller, RWTH Aachen University
Quynh Nguyen, Harvard University
Christopher A. Pattison, Caltech
Shruti Puri, Yale University
Armanda Quintavalle, Freie Universität Berlin
Baptiste Royer, Université de Sherbrooke
Marcus da Silva, Microsoft
Qian Xu, Caltech
Hayata Yamasaki, University of Tokyo
Yale is located in New Haven, Connecticut, one of the best small cities in America, situated two-and-a-half hours south of Boston and one-and-a-half hours north of New York City. New Haven has many attractions including a thriving downtown district with parks, shops, museums, hotels, and restaurants. Its neighborhoods are home to historic buildings and diverse communities. Beyond the city limits lie beautiful beaches, peaceful lakes, charming New England towns, and pastoral suburbs. New Haven is easily accessible by car, train, bus, and airplane.
If coming from abroad, the easiest way to travel to Yale University is by air. There are a number of nearby airports serviced by international airlines.
Bradley International Airport (BDL) in Windsor Locks, Connecticut
John F. Kennedy International Airport (JFK) in New York City
LaGuardia International Airport (LGA) in New York City
Newark Liberty International Airport (EWR) in Newark, New Jersey
Tweed New Haven Airport (HVN) in New Haven, Connecticut
Amtrak provides services from Newark airport to New Haven’s Union Station. For all other airports, private shuttle services are available through Connecticut Limousine (800.472.5466) and GO Airport Shuttle (866.284.3247). Please be sure to make reservations for shuttle services well in advance. Taking a taxi from any of these airports except for Tweed is not recommended.
If traveling from within the United States, it is convenient to take a train to New Haven Union Station, minutes from Yale’s campus.
Metro-North Railways (800.638.7647) offers frequent train service between New Haven and New York City.
Amtrak (800.872.7245) provides train service to New Haven from Vermont, Providence, Boston, and Washington DC.
Once you reach the station, we suggest that you use a local taxi service to reach campus. There is a taxi stand at the station; a taxi ride costs approximately $10. Alternatively, local shuttles and bus services are also available for travel between Union Station and Yale.
If traveling from within the United States, it is also possible to take a bus to New Haven Union Station, which also serves as a bus terminal.
Greyhound (203.772.2470)
Peter Pan (800.343.9999)
There are multiple driving routes that you can take to arrive on campus. We recommend entering “OC Marsh Lecture Hall, 260 Whitney Ave, New Haven, CT 06511” into your GPS.
Please apply for travel visas well in advance of the conference. For visa letters or other information, please email florian.carle@yale.edu with subject heading "QEC 2025 Visa Inquiry”.
