Silicon photonic chip dynamically maps multiple Poincaré spheres
A tunable silicon photonic meta-generator experimentally controlled polarization and orbital angular momentum across more than eight Poincaré spheres and synthesized ...
A tunable silicon photonic meta-generator experimentally controlled polarization and orbital angular momentum across more than eight Poincaré spheres and synthesized ...
Researchers at Shenzhen University and BGI Research have demonstrated a pixel-resolved optical encryption system that independently controls polarization and orbital ...
Researchers have generated and manipulated entangled photonic quantum skyrmions on a silicon nitride chip, showing that their topological protection survives ...
Physicists have remotely controlled, switched and animated particle-like skyrmion topologies of entangled photons, providing the first visualisation of tripartite entanglement ...
A new IEEE Photonics Journal review examines topology imprinting in nonlinear metasurfaces, a technique that transfers the spatial topology of ...
A new review distills fifty years of singular optics into a single design framework, showing how points where light becomes ...
Researchers have proposed a three-wave mixing scheme in cold atoms that coherently converts twisted microwave fields carrying orbital angular momentum ...
Researchers have demonstrated single-photon emission with spin-locked orbital angular momentum and tunable spin–orbit entanglement in a quantum-dot micropillar cavity, bringing ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine