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IEEE QSW 2024

IEEE International Conference on Quantum Software 
Shenzhen, China  |  Summer 2024

Symposium Chairs

Jose Garcia-Alonso, University of Extremadura

David Elkouss, Okinawa Institute of Science and Technology

Aritra Sarkar, Delft University of Technology

Important Dates

Open for new submissions of invited papers: February 8, 2024

UPDATED:

Due for new submissions of invited papers: April 27, 2024

Acceptance notification: May 20, 2024

 

 

 

IEEE Symposium on Quantum Software: Towards  Quantum Utility in the NISQ Era (QSWUtil)

As quantum computing advances, led by an industry that keeps pushing the boundaries of quantum hardware, the concept of quantum supremacy is losing the spotlight. Instead, the more mundane, but much more relevant topic, for both industry and academia, of Quantum Utility is gaining interest. In this context, we understand Quantum Utility as the progress made in using today’s or soon to become available quantum computers to solve application problems and prove scalability of these solutions for real-world data loads.

This QSWUtility Symposium, organized alongside the IEEE International Conference on Quantum Software, will focus on reporting and discussing recent advances in Quantum Utility achieved by both, industry and research institutions. By addressing these topics, the symposium will provide a platform to meet with other Quantum Software researchers and practitioners involved in Quantum utility.

The QSWUtility Symposium will be held for one day with invited talks, panels, and paper presentations. Invited speakers will include prominent industry leaders and relevant researchers. Accepted invited papers will be published in the Proceedings of the 2024 IEEE International Conference on Quantum Software.

Topics of interest

Topics of interest include, but are not restricted to:

  • Quantum-Software Engineering
  • Hybrid Quantum-Classical Software
  • Quantum Runtime Environments
  • Quantum as a Service
  • Applications of Quantum Computing
  • Quantum optimization
  • Evaluation of Quantum performance