Yuan GAO, Jianping DING, Huitian WANG. Manipulation of Multimodal Vector Optical Fields in Three-dimensional Space（Invited）[J]. Acta Photonica Sinica, 2022, 51(1): 0151101
- Acta Photonica Sinica
- Vol. 51, Issue 1, 0151101 (2022)
Fig. 1. Three fundamental representations of SoPs
Fig. 3. Several schematic diagrams of optical setup for highly efficient generation of VOFs based on the split-screen method［35，61，62］
Fig. 5. Schematic of principle of generating VOFs by utilizing metasurface［66］
Fig. 6. Generation of PPBs based on metasurface［67］
Fig. 7. A modulated case of completely shaping 2D VOFs ［34］
Fig. 8. Schematic representation of a 3D vectorial optical field with a z-dependent degree of entanglement［85］
Fig. 9. Polarization modulations on axis by controlling the axial phase distributions of zero-order Bessel beams［98］
Fig. 10. Comparison between the simulation and the experimentally obtained data for the case of the zero-order Bessel beams
Fig. 11. Generation of 3D vectorial zero-order Bessel beams by reshaping the axial intensity distributions of quasi-Bessel beams［99］
Fig. 12. Generation of Bessel beams with different types of path and intensity distribution along the z direction［100］
Fig. 13. Two kinds of full Poincaré beams and C point and L line in these fields［110］
Fig. 14. Generation of the BPB synthesized from the combination of the LCP Bessel beam with m1=0 and the RCP Bessel beam with m2=1［101］
Fig. 15. Experimental results showing independent SoPs’ manipulation on multi-planes［114］
Fig. 16. The experimental generation of three-dimensional vectorial multifocal arrays created by pseudo-period encoding［115］
Fig. 17. Simulation of generating four typical 3D curves based on the scalar beam-shaping technique［118］
Fig. 18. An experimentally generated 3D VOF consisting of a 2D ring curve and a 3D Achimedean curve with continuously varying locally linear SoPs［37］
Fig. 19. Experimentally generated vectorial focusing curves with continuously varying hybrid SoPs［121］
Fig. 20. Simulation and experimental results of the 3D CPVB consisting of double tilt-ring-shaped trajectories in the focal space［122］
Fig. 21. Experimental results of two generated 3D TCVBs［123］
Fig. 22. Generation of curvilinear arranged optical vortex arrays［128］
Fig. 23. Simulations of generating curvilinear V-type polarization singularity arrays along square and quatrefoil trajectories［129］
Fig. 24. Schematic illustrations of arbitrary 3D linear SoPs interacting with randomly aligned gold nanorods［139］
Fig. 26. Optical tweezer experiments based on vectorial vortex beams under tight focusing［27］
Fig. 27. A Möbius strip and polarization topology Möbius-strip structures caused by polarization singularities with different singularity under tight focusing［145］
Fig. 28. Topological traits of optical polarization knots characterized by their torus structures［108］
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