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In an oblique section of a paraxial beam with angular momentum, the beamcenter of gravity (CG) is shifted with respect to its position in the normalcross section. We relate this shift with the internal energy redistributionoccurring on the passage between the normal and oblique sections. Thetransverse orbital flow explains the effect for scalar beams, similarincorporation of the spin flow enables explanation of the CG shift in obliquesections of the elliptically polarized beams. Role of the special properties ofthe position-sensitive detector placed in the oblique beam section isdiscussed.

Role of Azimuthal Energy Flows in the Geometric Spin Hall Effect of Light