Bose like excitation

The steady state results are shown in Figure 12. For c2 the single mode gets strongly excited, i.e. the energy is preferentially channeled into this mode (Bose condensation-like excitation). 

A description of the rather complicated transport formalism is beyond the scope of this article and will be omitted. For our purposes the important result is the excitation and stabilization of a single mode. Contrary to the results of the other models with a Bose condensation-like excitation, the coherently excited mode is the mode with the highest and not with the lowest frequency. 

F. Kaiser, Boltzmann Equation Approach to Frohlich s Vibrational Model of Bose Condensation-Like Excitations of Coherent Modes in Biological Systems, Z. Naturforsch. 34a, 134 146. 

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