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We present a preliminary surface-hopping approach for modeling intersystemcrossing (ISC) dynamics between four electronic states: one singlet and one(triply degenerate) triplet. In order to incorporate all Berry force effects,the algorithm requires that, when moving along an adiabatic surface associatedwith the triplet manifold, \mycomment{one must also keep track of aquasi-diabatic index (akin to a "$m_s$" quantum number) for each trajectory.For a simple model problem, we find that a great deal of new physics can becaptured by our algorithm, setting the stage for larger, more realistic (orperhaps even {\em ab initio}) simulations in the future.

Incorporating Berry Force Effects into The Fewest Switches Surface Hopping Algorithm: Intersystem Crossing and The Case of Electronic Degeneracy