“…Synchronization behavior is an omnipresent natural phenomena comes out in physical, chemical and biological systems [1,2]. Large amount of theoretical and experimental studies have been accomplished to understand various aspect of synchronization in classical system like flashing fireflies [3], Huygens clocks [4], pacemaker cells in mammalian hearts [5], oscillations of interacting Josephson junctions [6][7][8] etc., as well as in quantum system like cold atom systems [9][10][11], nanomechanical resonators [12][13][14], spintronics and so on. More recently, the idea of synchronization has been extended to optical system where different mathematical models like Kuramoto model [15], reduced phase model [16,17], have been employed to understand different nonlinear phenomena such as phase locking [18,19], optical frequency comb [20][21][22][23] and coherent beam combining [24].…”