Machine Learning Rewrites the Rules of Photonic Design from Physics to Devices
A new editorial in Frontiers in Photonics highlights how physics-informed machine learning is transforming the design of metasurfaces, nonlinear metamaterials, ...
A new editorial in Frontiers in Photonics highlights how physics-informed machine learning is transforming the design of metasurfaces, nonlinear metamaterials, ...
Researchers published an AI-drafted tutorial review on characteristic mode analysis for metasurface design and paired it with an explicit citation-verification ...
A fully passive sliding metasurface combines sharp frequency filtering with wide-angle beam steering, replacing active electronics with simple geometric translation ...
A new review in Opto-Electronic Manufacturing details how halide perovskite metasurfaces combine nanoscale light control with active optoelectronic function, opening ...
A new review in National Science Review unifies biomimetics, spectral physics, and artificial intelligence into a single framework of anti-visual ...
A new IEEE Photonics Journal review examines topology imprinting in nonlinear metasurfaces, a technique that transfers the spatial topology of ...
Physicists have shown that oddly shaped cavities built from hyperbolic metamaterials suppress chaotic wave dynamics and instead produce robust, chiral, ...
Researchers report a method for generating optical skyrmions across a broad range of wavelengths, preserving their topological structure as the ...
A new review distills fifty years of singular optics into a single design framework, showing how points where light becomes ...
A new review explains how artificial intelligence is enabling computational light field detection to recover multidimensional optical information from compact ...
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© 2025 Scienmag - Science Magazine