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, ...
A numerical study shows that deliberately mismatched periodically poled domains in thin-film lithium niobate waveguides can transmit femtosecond pulse trains ...
A new generation of optical filters could make advanced communications systems faster, more adaptable and far less dependent on fixed ...
Integrated photonic circuits—microscopic channels that guide light instead of electrical current—are becoming essential for scalable photonics and high-bandwidth communications. As ...
Frequency combs have been at the forefront of optical metrology for over two decades, fundamentally transforming fields such as precision ...
In a groundbreaking advancement at the frontier of quantum photonics, researchers have successfully demonstrated programmable generation of Bell states using ...
In a groundbreaking advancement poised to revolutionize the field of photonics, researchers Li, C., Yuan, J., He, R., and their ...
In a groundbreaking advance that promises to reshape the landscape of photonic and electronic integration, researchers have unveiled a quantum-confined ...
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© 2025 Scienmag - Science Magazine