Hybrid Simulations of Nuclear Dynamics in Low Dimensional Models

Quantum computers will bring in a new era of predictive simulations of nuclear reactions. Enabling first-principles calculations of dynamical processes, this computational paradigm will allow a unified description of nuclear systems from the lightest to the heaviest, spanning elastic scattering to fission. This talk will cover recent developments in applying quantum computers in a hybrid digital/analog approach to quantum simulations of low-dimensional nuclear models, as well as advances in understanding how this modality can address essential quantum information resources, such as entanglement and non-stablizerness, in those simulations.