Dynamics of domain walls in cavities displaying electromagnetically induced transparency

Dynamics of domain walls in cavities displaying electromagnetically induced transparency

It has recently been reported that temporal cavity solitons via quantum interference and anomalous dispersion can occur without modulational instabilities and close to medium and cavity resonances due to electromagnetically induced transparency. The associated features have made them optimal candidates for the generation of novel microresonator frequency combs. Temporal cavity solitons are formed by locking of domain walls in certain parameter values. Here, we focus on the dynamics of domain walls in a different parameter space around two distinct Maxwell points on the two sides of the cavity resonance.