Quantum Sandbox Access
DeiC provides access to the Microsoft Azure Quantum Cloud Service to Danish academia via the European OCRE framework.
DeiC provides access to the Microsoft Azure Quantum Cloud Service via the European OCRE framework) to Danish academia. This access is intended to allow users to explore and test a variety of quantum platforms.
Through Microsoft Azure Quantum, users have access to a diverse portfolio of quantum simulators and quantum computers from Quantinuum, IonQ, Quantum Circuits Inc., Rigetti, and Pasqal. This access is intended for testing, and so users are encouraged to start with testing the various free simulators before moving on to actual hardware tests. For more significant or specific needs, see the calls below.
Looking for specialised access?
To accommodate differentiated access demands to different platforms and varying levels of how close to the actual quantum computing hardware this access should be, DeiC has implemented a two-stage model of providing access to quantum computing resources incl. heavy-duty simulator access on classical HPC systems. We have calls for specialised access to quantum computing facilities 1-2 times af year.
Greyson Potter, Ph. D., Quantum Computing Infrastructure Developer
Greyson Potter, Ph.D., is a Quantum Computing Infrastructure Developer at DeiC and a Postdoctoral Researcher at the Centre for Quantum Mathematics, SDU. He has a background in pure mathematics, with a Ph.D. in Mathematics from Boston University focusing on computational aspects of topological recursion and knot invariants. He is currently researching topological quantum computing and quantum algorithms for computing invariants from knot theory and topological quantum field theory.
Muyang Liu, Ph.D., Quantum Computing Infrastructure Developer
Muyang Liu, Ph.D., is a Quantum Computing Infrastructure Developer at DeiC and a Postdoctoral Researcher at the Centre for Quantum Mathematics, SDU. She holds a Ph.D. in Physics from the University of Pennsylvania, where her research focused on large-scale data computation in quantum field theory, integrating techniques for reducing data complexity inspired by pure mathematics. Currently, her work extends beyond theoretical foundations into practical applications of quantum technology, aiming to harness the potential of quantum computing for societal benefits.
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