About IEEE QSW 2025 and IEEE SERVICES Congress

The 4th IEEE International Conference on Quantum Software (IEEE QSW 2025) welcomes submissions from researchers and practitioners worldwide to advance the field of quantum software engineering. This year’s conference aims to create a collaborative platform for discussing groundbreaking innovations in quantum software development, verification, validation, applications, and cloud integration. IEEE QSW 2025 also places special emphasis on emerging areas such as high-performance computing with quantum computers, hybrid quantum-classical software, AI-assisted quantum development, and the quantum Internet. Be part of this premier event that drives the future of quantum software engineering.

The 2025 IEEE World Congress on SERVICES (SERVICES 2025) is solely sponsored by the IEEE Computer Society under the auspice of the Technical Community on Services Computing (TCSVC). With six theme conferences, the scope of SERVICES 2025 covers all aspects of services computing and applications, current or emerging. Centered around services computing, SERVICES 2025 covers various systems and networking research pertaining to cloud, edge and Internet-of Things (IoT), as well as technologies for intelligent computing, learning, Big Data and blockchain applications, addressing critical issues such as knowledge network, high performance, security, privacy, dependability, trustworthiness, and cost-effectiveness. In addition to co-located theme-topic conferences, the Congress will also include symposia and workshops supporting deep-dive discussions on emerging important topics, and complement the SERVICES 2025 program with industry and application presentations and panels. Authors are invited to prepare early and submit original papers to any of these conferences at www.easychair.org. All submitted manuscripts will be peer-reviewed by at least three reviewers. Accepted and presented papers will appear in the conference proceedings published by the IEEE Computer Society Press. SERVICES 2025 is the only premier professional event for the services computing field offered by IEEE.

General Chairs

- Johanna Barzen, University of Stuttgart
- Frank Leymann, University of Stuttgart

Program Chairs

- Sebastian Feld, Delft University of Technology
- Elisabetta di Nitto, Politecnico Milano
- Manuel Wimmer, University of Linz

Symposium Chairs

- José Manuel García Alonso, University of Extremadura
- Haridimos Kondylakis, Foundation of Research & Technology-Hellas (FORTH)
- Michael Falkenthal, Kipu Quantum

Publicity Chairs

- Akash Kundu, University of Helsinki

Topics of Interest

All topics relevant to Quantum Software are of interest, including, but not limited to, the following:

Quantum Software Development
- Development Process for Quantum Applications
- Lifecycle Models for Quantum Applications
- Data Preparation Techniques
- Error Mitigation Techniques
- Quantum Software Languages, Code Generators, Compilers, and Simulators
- Best Practices and Patterns for Quantum Applications

Quantum Software Verification, Validation, and Evolution
- Testing of Quantum Applications
- Quantum Software Analysis and Mining
- KPIs and Quality Metrics for Quantum Applications
- Evolution and Re-engineering of Quantum Applications
- Quantum Software Visualization and Comprehension
- Quantum Software Maintenance, Repair, and Improvement
- Quantum Software Performance and Benchmarking

Quantum Software Applications
- Migration from Proof-of-Concept Quantum Applications to Production
- Scalability of Quantum Applications (e.g., sensitivity of increasing qubits, gate fidelity)
- Migration between different Quantum Technologies
- Software-perspective Experience Reports of Applying Quantum Technologies
- Quantum Machine Learning

Quantum in the Cloud
- Quantum Computing as a Service
- Interoperability and Portability of Quantum Software
- Deployment Automation of Quantum Software
- Cloud-based Quantum Software Development Environments

Hybrid Quantum Software
- Architectural Styles of Hybrid Quantum-Classical Applications
- Integration and Orchestration of Quantum/Classical Components
- Specification & Verification of Functional/Non-functional Requirements of Hybrid Applications

High-Performance Computing with Quantum Computers
- Impact of Hybrid Quantum-Classical workflows on HPC architectures
- HPC architectures for leveraging Hybrid Quantum-Classical workflows
- Lifecycle of HPC Quantum-Classical Hybrid Applications

Artificial Intelligence (AI)-Assisted Quantum Development
- AI-Based Circuit Optimization and Synthesis
- AI-Assisted Error Mitigation Techniques
- AI-Powered Execution of Quantum Circuits
- Limits of AI-Powered Simulation of Quantum Computers
- AI-Driven Unitary Synthesis

Quantum Internet
- Entanglement Distribution Schemes
- Quantum Network Simulation and Emulation
- Quantum Internet Applications
- Quantum Software for Networking

Important Dates (Anywhere on Earth)

- Open Submission: December 1, 2024
- Abstract Submission Deadline: February 24, 2025
- Paper Submission Deadline: March 3, 2025
- Acceptance Notification: May 6, 2025
- IEEE QSW 2025 in Helsinki: July 7-12, 2025

Submission Guidelines

Authors are invited to submit original work in the form of full, short, or work-in-progress papers via EasyChair at www.easychair.org. Submissions will undergo a rigorous double-blind peer-review process, with each paper reviewed by at least three experts. Accepted and presented papers will be published in the IEEE Computer Society Press conference proceedings.
Any content generated by AI—including text, figures, images, or code—must be disclosed in the acknowledgments section of the manuscript. Authors must specify the AI tool used and identify the sections of the paper influenced by AI, along with a brief explanation.
For further details, visit our Author Guidelines page: https://services.conferences.computer.org/2025/info-for-authors/

Contact Information

For any questions regarding submissions, please email the IEEE QSW conference chairs.
For more information, please visit: https://services.conferences.computer.org/2025/qsw/.