Recent theoretical works have demonstrated how starting from one of these minimal uncertainty quantum photon states inside a cavity can influence polariton photochemistry. In Ref. 85, the authors simulate the dynamical evolution of a LiF molecule strongly coupled to a cavity (See Fig. ). Specifically, the dissociation probability is calculated as a function of time. In Fig. (ii) they showed that by initializing the photonic state in a squeezed state (E q. 182) and the molecule in the excited state |e⟩, thus having the tensor product state |e⟩ ⊗ |α, ξ⟩ for the hybrid system, the dissociation pathway of the reaction can be suppressed relative to using |e⟩ ⊗ |n⟩, which is a Fock state, as the initial cavity excitation.