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A two-dimensional plasma crystal was melted by suddenly applying localizedshear stress. A stripe of particles in the crystal was pushed by the radiationpressure force of a laser beam. We found that the response of the plasmacrystal to stress and the eventual shear melting depended strongly on thecrystal's angular orientation relative to the laser beam. Shear stress andstrain rate were measured, from which the spatially resolved shear viscositywas calculated. The latter was shown to have minima in the regions with highvelocity shear, thus demonstrating shear thinning. Shear-induced reordering wasobserved in the steady-state flow, where particles formed strings aligned inthe flow direction.

Anisotropic shear melting and recrystallization of a two-dimensional complex (dusty) plasma