“…Second, at present the focus of researchers is increasingly shifting from gaining mechanistic insights to controlling [8,9,10,11] the various processes and in this regard a firm understanding of the underlying mechanisms is essential. Therefore, it is not entirely surprising that the driven Morse system has been studied in great detail from the quantum, classical, and semiclassical [12] perspectives and with an equally diverse choice for the field -monochromatic [13,14,15,16,17,18,19,20,21,22], bichromatic (with relative phase) [23,24,25,26,27,28,29,30], chirped [31,32,33,34], shaped pulses [21,26,35], and stochastic noise [36]. More recently, the dynamics of a Morse oscillator under the influence of external fields has become relevant in the context of models for quantum computing based on molecular vibrations [37].…”