Computer Science
QCCC-26: The 5th International Workshop on Quantum-Classical Cooperative Computing
About us
The 5th International Workshop on Quantum-Classical Cooperative Computing (QCCC-26) seeks to explore innovative approaches, architectures, and software techniques that enable seamless integration between quantum and classical computing platforms, aiming to enhance the scalability, reliability, and practical impact of quantum computing.
Important Dates
Sun, May 3, 2026
Abstract Submission DeadlineMon, May 18, 2026
Acceptance NotificationFri, May 29, 2026
Camera-ready Abstracts DueSat, Jun 27, 2026
Workshop DatePaper Submission
Research Paper Submission Tracks
Architectural support for quantum-classical cooperative computing
Quantum-classical hybrid algorithms
Hardware/software co-design for QCCC
Quantum error correction
Quantum random access memory
Architectures for distributed quantum computing
Quantum resource estimation and management
Circuit decomposition, integration, and transpilation techniques
Encoding/decoding classical information into/from quantum states
Quantum error mitigation strategies
Variational quantum algorithms (VQA)
Early Fault-tolerant algorithm and architecture design
Other QCCC approaches and architectures
Call for Papers Description
Extended abstracts of 2–4 pages (excluding references) are strongly encouraged. Accepted abstracts will appear in the workshop proceedings.
Committee
Workshop co-chair
Chenxu Liu
Pacific Northwest National Laboratory, USA
Edoardo Giusto
University of Naples Federico II, Italy
Samuel Stein
Pacific Northwest National Laboratory, USA