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Tapered Hollow-Core Fibers Break the Nonlinear Scaling Bottleneck, Enabling High-Flux Vacuum-Ultraviolet Sources
The work, titled “Enhancement of vacuum-ultraviolet dispersive-wave emission using gas-filled tapered hollow-core fibers,” was published as a Letter in Physical Review Applied. In recognition of its significance for solid-state nuclear clock research, the paper was selected as an Editors’ Suggestion and featured on the journal homepage.
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Co-optimization Strategy Breaks Simulation Approximation Pitfall, Overcomes Coupling Efficiency Bottleneck for Silicon Nitride Photonic Chips
This work, titled "Light coupling to photonic integrated circuits using optimized lensed fibers", has been published in the prominent applied physics journal Physical Review Applied. It was selected as an "Editors' Suggestion" and featured on the journal's homepage.
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Team Makes Significant Progress in the Manipulation and Application of Chip-Integrated Dark-Pulse Microcombs
The research findings are published in the journal Physical Review Letters under the title " Universal Kerr-thermal dynamics of self-injection-locked microresonator dark pulses".
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Research Group and Collaborators Successfully Develop Visible-Light Vector Spectrum Analyzer
The related results were published in the academic journal Nature Communications under the title "A hyperfine-transition-referenced vector spectrum analyzer for visible-light integrated photonics".
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Research Team Collaborates to Fabricate High-Speed Mach-Zehnder Modulators Based on Nonlinear Optics and Complex Band Structures
The related research results are published in the journal Physical Review Applied under the title " High-speed Mach-Zehnder modulators based on nonlinear optics and complex band structures" This work was supported by projects from the National Key R&D Program of China, the National Natural Science Foundation of China, Guangdong Province, and Shenzhen Municipality.
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