Coherence toroidal vortices in stochastic optical fields reveal hidden Hopfionic correlation topologies accessible only through second-order statistics and robust to perturbations.
Topological robustness of opti- cal skyrmions through a real-world free-space link.arXiv preprint arXiv:2602.04446,(2026)
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Partially coherent light sustains skyrmionic topological structures with self-healing resilience under turbulence and allows active control of phase transitions.
A patterned liquid-crystal spin-orbit device achieves 1.76 ms and 0.72 ms bidirectional electrical switching of optical skyrmions at ~403 Hz and demonstrates image encoding.
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Coherence toroidal vortices and statistic-veiled correlation topologies
Coherence toroidal vortices in stochastic optical fields reveal hidden Hopfionic correlation topologies accessible only through second-order statistics and robust to perturbations.
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Incoherent light delivers skyrmionic topological resilience and transitions
Partially coherent light sustains skyrmionic topological structures with self-healing resilience under turbulence and allows active control of phase transitions.
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High-speed electrically driven liquid-crystal compact optical skyrmion encoder
A patterned liquid-crystal spin-orbit device achieves 1.76 ms and 0.72 ms bidirectional electrical switching of optical skyrmions at ~403 Hz and demonstrates image encoding.