Quantum Computing

Marquette University and LANL/NMC are working together to create and test new quantum computing methods for today’s noisy quantum computers and future fault-tolerant systems. Their research focuses on improving molecular simulations by using quantum mechanics to better model how atomic nuclei move during chemical reactions, which can help predict molecular spectra and reaction rates more accurately. The project studies important quantum effects such as tunneling, zero-point energy, and non-adiabatic processes. A major goal of the collaboration is also to train the next generation of quantum scientists and engineers by giving students and postdocs hands-on research experience, including participation in LANL’s Quantum Computing Summer School. Industry partners IBM and IonQ are also supporting the effort by providing access to advanced quantum computing hardware.