2026 IEEE International Conference on Quantum Control, Computing and Learning (IEEE qCCL2026)
The 2026 IEEE International Conference on Quantum Control, Computing, and Learning (IEEE qCCL 2026) will take place from Wednesday to Friday, July 1-3, 2026, at Aalborg University, Aalborg, Denmark. The conference will be preceded by tutorials on Tuesday, June 30, 2026.
IEEE qCCL 2026 is the premier platform for researchers at the intersection of quantum technologies, control theory, and machine learning. Building on the success of the previous edition held in Hong Kong (IEEE qCCL2025), this conference brings together leading experts, researchers, and practitioners from across the spectrum of quantum sciences. Participants will have the opportunity to present their latest findings, explore the most recent advances in quantum technologies, and engage in in-depth discussions on emerging challenges and opportunities. Beyond disseminating cutting-edge research, the conference serves as a dynamic platform for fostering scientific collaboration and academic exchange within the communities of quantum control, quantum computing, and quantum physics.
Important Dates
Call for Papers
We invite paper and abstract submissions from researchers, scholars, and industry professionals. Contributions may include oral presentations or poster sessions.
All accepted papers will be published in the official IEEE conference proceedings.
The conference will also feature several distinctions, including:
Best Paper Award
Best Student Paper Award
Best Poster Award
(two recipients per category)
Submissions may present theoretical and methodological advances as well as experimental results.
Topics of Interest
IEEE qCCL 2026 invites original contributions in theory, methods, and applications at the intersection of quantum technologies, control, and learning. Topics of interest include, but are not limited to:
1. Quantum Control
Quantum coherent control
Quantum optimal control
Quantum robust control
Measurement-based quantum feedback
Quantum coherent feedback control
Controllability and observability
Quantum feedback networks
Quantum linear system theory
2. Quantum Estimation
Quantum filtering
Quantum smoothing
Quantum state tomography
Quantum detector tomography
Quantum process tomography
Hamiltonian identification
Quantum system identification
3. Quantum Machine Learning
Quantum neural networks
Quantum reinforcement learning
Quantum kernel learning
Quantum supervised Learning
Quantum learning theory
Quantum classifier
4. Quantum Computing
Quantum error correction
Quantum algorithms
NISQ quantum computing
Hybrid quantum-classical algorithms
Quantum software
Quantum computing architecture
Variational quantum circuits
5. Quantum Sensing and Communication
Quantum communication protocols
Quantum metrology
Quantum precision measurement
Quantum sensor
Imaging and spectroscopy
Quantum radar
Quantum networks
6. Applications
Energy systems
Finance systems
Engineering systems
Numerical optimization
Physical chemistry
Material design
Medicine and healthcare
Location
Aalborg, Denmark
Aalborg, located on the Limfjord in Northern Denmark, is a vibrant port city where history, culture, and innovation meet. Once a Viking settlement, Aalborg today is known for its lively waterfront, striking modern architecture, and welcoming atmosphere. Among its landmarks are the Utzon Center, designed by the architect of the Sydney Opera House, the House of Music, and Aalborghus Castle, a well-preserved Renaissance fortress in the heart of the city. Aalborg also offers a rich cultural scene with museums, galleries, and festivals, including Northern Europe’s largest carnival. Surrounded by sandy beaches, rolling hills, and picturesque villages, the city combines urban energy with natural beauty. As part of your conference trip, you will have the opportunity to experience Aalborg’s inspiring environment, a city of innovation, history, Danish charm, and excellent gastronomy.
