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We introduce BenchQC, a quantum computing benchmarking project that focuses on application-centric benchmarking using diverse industry use cases. Building upon the open-source platform QUARK, we evaluate key metrics across the quantum software stack to identify trends towards quantum utility, and distinguish viable research directions. This initiative contributes to the broader effort of establishing reliable benchmarking standards that drive the transition from experimental demonstrations to practical quantum advantages.

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BenchQC Scalable and Modular Benchmarking of Industrial Quantum Computing Applications

  • 会议论文

  • 发表日期：

    2026年

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  • Florian Geissler,
  • Eric Stopfer,
  • Christian Ufrecht,
  • Nico Meyer,
  • Daniel D. Scherer,
  • Friedrich Wagner,
  • Johannes M. Oberreuter,
  • Zao Chen,
  • Alessandro Farace,
  • Daria Gutina,
  • Ulrich Schwenk,
  • Kimberly Lange,
  • Vanessa Junk,
  • Thomas Husslein,
  • Marvin Erdmann,
  • Florian Kiwit,
  • Benjamin Decker,
  • Greshma Shaji,
  • Etienne Granet,
  • Henrik Dreyer,
  • Theodora-Augustina Drǎgan,
  • Jeanette Miriam Lorenz

摘要

We introduce BenchQC, a quantum computing benchmarking project that focuses on application-centric benchmarking using diverse industry use cases. Building upon the open-source platform QUARK, we evaluate key metrics across the quantum software stack to identify trends towards quantum utility, and distinguish viable research directions. This initiative contributes to the broader effort of establishing reliable benchmarking standards that drive the transition from experimental demonstrations to practical quantum advantages.