Paper on classical mapping of fermions for Anderson model

We’ve published another paper on the classical mappings for fermions in the Journal of Chemical Physics. This one compares the mapping I developed to a quaternion-based mapping approach that Bin Li developed after mine. It applies them both to the Anderson impurity model, which adds more complicated electron-electron interactions than had been previously included.

Bin Li, Tal J. Levy, David W. H. Swenson, Eran Rabani, and William H. Miller. “A Cartesian quasi-classical model to nonequilibrium quantum transport: The Anderson impurity model.” 138, 104110 (2013).