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Spontaneous phase and frequency locking of transverse modes in different orders
Physical Review Applied ( IF 4.532 ) Pub Date : 
Zilong Zhang and Changming Zhao

Transverse mode locking is repaid attention recently due to its combination with the optical vortices’ formation. In the previous investigations, transverse mode locking is only focused on the phase locking of modes in different orders to research the beam pattern dynamics, or between frequency-degenerated transverse modes to form a spatial stationary beam pattern with optical vortices. It’s experimentally shown that phase and frequency locking between transverse modes in non-frequency degenerated families can be obtained by microchip cavities with high nonlinearity. And we also point out that, for a both temporal and spatial stationary composed beam pattern formed by transverse mode locking, not only the frequency but also the propagation parameters of the beam should be coupled.
更新日期:2020-01-15

 

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