In addition, we believe the classical treatment of photons within trajectory-based methods, as adopted in this work, emerges as a compelling alternative for advancing methodologies in the study of organic exciton polaritons . Indeed, considering the significant number of electronic states inherent in organic excitons, the incorporation of the coupling between electronic and photonic degrees of freedom would re- sult in a substantial number of polaritonic states, potentially rendering the system unmanageable.