Quantum Computing User Program Access (QCUP)
Welcome! The information below introduces how we structure projects and user accounts for access to the Quantum resources within the QCUP program. In general, OLCF QCUP resources are granted to projects, and are made available to the users associated with each project. To gain access, you must first submit a proposal to the OLCF QCUP. The Quantum Resource Utilization Council (QRUC), as well as independent referees, review and approve all QCUP proposals. Applications to QCUP are accepted year-round via the project application form found below. Once your project is approved, then all of the users associated with the project will need to apply for accounts. More details below on how to follow the process.
1) Quantum Project Application
The first step is to submit a QCUP proposal describing the nature and merits of the project, other essential information, and why it requires access to QCUP resources using the form located here: https://www.olcf.ornl.gov/for-users/documents-forms/quantum-project-proposal/. Once submitted, you will receive email notification of successful proposal submission. The proposal is then reviewed by the Quantum Resource Utilization Council (QRUC), as well as independent referees for merit and to ensure the feasibility of using the resources available to the QCUP. You will be notified of the QRUC decision via email. If approved, the OLCF will establish a QCUP project for you, and you will be notified of your 6-character OLCF QCUP Project ID and told which resources are allocated to your project.
2) Quantum Account Application
As opposed to setting up a personal account through the vendor websites, OLCF has purchased subscriptions to those vendor services and there is a process to setup new user accounts. Once you have an approved project, you and all those working on your project can apply for a QCUP account here: https://www.olcf.ornl.gov/for-users/documents-forms/quantum-account-application/. Note, you will be asked for the 6-character Project ID established in Step 1. Once your application is evaluated and approved, you will be notified via email of your account creation, and the quantum resource vendor will be contacted with instructions to grant you access.
3) Quantum Account Resource Access
After submitting the OLCF quantum account application and receiving approval, proceed to https://quantum-computing.ibm.com/ and click on ‘Create and IBMid account’. Your IBM Q network account email will be the email associated with your OLCF account. If sign-in fails, contact email@example.com. Once logged in, users will have access to the IBM Q Network, IBM’s online platform for QPU access, forums for quantum computing discussion, etc. From the IBM Q Network Dashboard, users can manage system reservations, view system (backend) statuses, and view the results of your past jobs. Information on using this resource is available at https://qiskit.org/learn/
After submitting the OLCF quantum account application and receiving approval, you will receive an email invitation from firstname.lastname@example.org you to create your quantum account. If you did not receive this, proceed to https://qcs.rigetti.com/sign-in and click “Sign In”. Your associated email is required to that of an affiliated subscribing institution, i.e. ORNL, ANL, etc. If sign in fails, contact email@example.com. Once logged in, users will have access to Quantum Cloud Services (QCS), Rigetti’s online platform for accessing the hybrid infrastructure of available quantum processors and classical computational framework via the cloud. From the QCS, users can view system status and availability, initiate and manage quantum infrastructure reservations (either executing programs manually or adding them to the queue). Information on using this resource is available at https://qcs.rigetti.com/
After submitting the OLCF quantum account application and receiving approval, you will receive an email invitation from firstname.lastname@example.org inviting you to create your Xanadu Quantum Cloud account. Your Xanadu account email will be the email associated with your OLCF account. If sign in fails, contact email@example.com. Once Xanadu provides an API key, a user can submit programs using Strawberry Fields, a cross-platform Python library to simulate and execute programs on quantum photonic hardware. An additional hardware tutorial as well as examples and further training materials are available here: https://strawberryfields.ai/photonics/Also available is PennyLane, a software library for quantum machine learning, quantum computing, and quantum chemistry.
4) QCUP Policies
For QCUP Projects, all proposed work must be open, fundamental research and no Export Control, PHI, or other controlled data can be used. QCUP Projects have a finite duration; when starting, projects get however many months are left in that allocation period and then must be renewed for subsequent 6 month intervals. Projects can be renewed by resubmitting a project proposal (see above) and additionally require filling out the following form [Quantum Renewal Form] and returning the form to firstname.lastname@example.org. Quarterly reports and a closeout report are required for each QCUP project, and can be found here: https://www.olcf.ornl.gov/wp-content/accounts/Closeout_Template.doc and https://www.olcf.ornl.gov/wp-content/accounts/industry_quarterly_report.doc
Also, publications using resources provided by the OLCF are requested to include the following acknowledgement statement: “This research used resources of the Oak Ridge Leadership Computing Facility, which is a DOE Office of Science User Facility supported under Contract DE-AC05-00OR22725.”