Secondly, the rate profile as a function of photon frequency is much broader, spanning several orders of cavity photon frequency. In contrast, experiments show sharp resonant cavity modifications, such as in Fig. . Thirdly, these theoretical works that are based on the GH theory only predict cavity-mediated suppression, while the experiments also report enhancements (such as in Fig. ). Finally, these works are studying cavity modifications at the level of single molecule and single cavity mode. This is in contrast to the experiments where an ensemble of molecules is coupled to a distribution of cavity photon modes.