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A high degree of chaos synchronization among transverse mode pairs withparity-symmetric polarizations was demonstrated in a laser-diode pumpedthin-slice c-cut Nd: GdVO4 laser. The amplitude correlation coefficient greaterthan R > 0.994 resulted from a non-reversing mirrorsymmetric-polarization-dependent structural change in the modal patterns, wherechaotic dynamics of the whole system consisting of qualitatively differentdynamics, which depend on the polarization crossing angle, resembled that of achaotic single mode laser. A self-organized sender-receiver type of chaossynchronization of a single pair of modes among an infinite number ofparity-symmetric polarizations and the associated chaotic camouflaging as wellas extracting experiment of a self-mixing solid-state laser Doppler velocimetrysignal were demonstrated.

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High degree of chaos synchronization in pairs of transverse modes with  parity-symmetric polarizations in a thin-slice solid-state vector laser and  application to polarimetric secure self-mixing metrology