Quantum-Classical Ab Initio Co-Simulation of Unconventional Superconductors (QASUS)
Providing quantum chemistry and quantum algorithm solutions that bridge materials simulation at NREL with neutral-atom quantum hardware implementation at Infleqtion.
Research support
Sponsored projects and computing resources that support the group’s work in quantum chemistry, quantum computing, and materials simulation.
$5,163,686
exact total across listed support
$1,559,577
exact total across listed lab shares
$34,000
exact in-kind resource total
Providing quantum chemistry and quantum algorithm solutions that bridge materials simulation at NREL with neutral-atom quantum hardware implementation at Infleqtion.
Developing quantum algorithms for ground and excited states in relativistic quantum chemistry, with a workforce-development component for QISE education in the Red River Valley.
Building early fault-tolerant quantum algorithms, chemistry use cases, and benchmarking workflows in collaboration with Pacific Northwest National Laboratory.
Contributing to the development of a minor program at UND in quantum information as part of the broader ASPEN-Net quantum-networking collaboration.
Supporting accurate and scalable molecular simulation workflows for quantum computers in a short-term industry collaboration.
Supporting physics-informed neural network approaches for molecular electronic structure in collaboration with UND colleagues in computer science and chemistry.
Providing cloud, quantum-hardware, and advanced computing resources for the group’s quantum algorithm and quantum chemistry research.