The priorities for the Quantum Computing User Program are:

  1. Enable research by providing a broad spectrum of user access to the best available quantum computing systems. Once a user’s intended research has been reviewed for merit and user agreements have been established, the QCUP program seeks to provide users with the opportunity to become familiar with the unique aspects and challenges of quantum computing, as well as to implement and test quantum algorithms on the available systems.
  2. Evaluate technology by monitoring the breadth and performance of early quantum computing applications. How users integrate quantum computing with scientific computing is a question constrained by both application, infrastructure constraints, and the use cases expected for the associated computational system. Through the QCUP program, users can explore new potential computational research applications, and potentially accelerate existing scientific applications using quantum processors and architectures. Research projects supported include advanced scientific computing, basic energy science, biological environmental research, high-energy physics, fusion energy science, and nuclear physics, among others.
  3. Engage the quantum computing community and support the growth of the quantum information science ecosystems. Our quantum computing users range in quantum computing experience from novice to expert; users are from US national labs, universities, government, and industry. User groups utilize quantum computing expertise to investigate diverse application interests, using multiple programming languages, quantum-classical programming, and multiple software environments. Most projects focus on proof-of-principle demonstrations and/or new method development. Some projects focus on application performance and/or benchmarking, and additionally some projects focus on device characterization, verification, and validation.