Researchers combined 12-direction optical quasicrystal patterns with artificial intelligence to achieve sub-0.1 mm surface-fitting precision in single-shot 3D reconstruction.
Researchers have demonstrated that twisting structured laser beams in free space creates resilient, self-healing optical supertopologies that propagate nondiffractively without ...
Physicists have superimposed propagating topological optical lattices with controlled twist angles to generate stable, self-healing moiré supertopologies in free space.
A comprehensive review in Applied Physics B surveys roughly a decade of optical cryptosystem development from 2015 to 2025, from ...
A University of Maryland-led collaboration has won a $7.5 million Department of Defense award to investigate how structuring intense femtosecond ...
A tunable silicon photonic meta-generator experimentally controlled polarization and orbital angular momentum across more than eight Poincaré spheres and synthesized ...
Wits University researchers have built an optical neural network that reads topological information hidden in structured light patterns after training ...
Micromagnetic simulations by researchers at Waseda University show that structured optical skyrmion beams can precisely control the trajectories of magnetic ...
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 ...
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