Intel Quantum SDK: A Full-Stack Platform for Hybrid Quantum-Classical Applications

ORAL

Abstract

The Intel Quantum SDK accelerates Exchange‑Only (EO) qubit full‑stack development by integrating a hybrid execution runtime, an LLVM‑based compiler pipeline tuned for quantum gate synthesis, placement, and scheduling, and a growing library of application-level building blocks. Its native C++ core, with Python bindings and Jupyter integration, plugs into HPC toolchains to scale qubit simulations. Multi‑node MPI scaling enables full‑state simulations beyond 40 qubits. The compiler reduces execution time by merging control operations. Upcoming extensions include calibrated noise modeling for qubit interactions and expanded quantum libraries. We invite collaborators to pull the Docker image, evaluate the compilation pipelines on their workloads, and try the different simulators provided by the SDK.

Presenters

  • Xin-Chuan Wu

    • Intel Corporation

Authors

  • Xin-Chuan Wu

    • Intel Corporation
  • Shavindra P Premaratne

    • Intel Corporation
  • Grant Baker

    • Intel
  • Albert T Schmitz

    • Intel Corporation
  • Kevin Rasch

    • Intel Corporation
  • Prithviraj Prabhu

    • Intel
  • Drew Risinger

    • Intel
  • Beverly Klemme

    • Intel
  • Mohannad Ibrahim

    • Intel
  • Anne Y Matsuura

    • Intel
    • Intel Corporation