近日，同济大学精密光学工程技术研究所伊圣振等人联合中国工程物理研究院上海激光等离子体研究所董佳钦等研究人员，在《Optics Express》在线发表题为《激光等离子体诊断用单背光准同轴时间分幅多通道KB显微镜研制》（Single-backlighter time-framed X-ray imaging diagnostics of laser plasma using a quasi-coaxial multi-channel Kirkpatrick–Baez microscope）的论文。该论文提出了一种准同轴多通道掠入射结构，与传统...
近日，物理科学与工程学院王占山和程鑫彬团队与中国计量科学研究院屈继峰研究员合作，实现了对连续域中由法布里-珀罗束缚态支配的共振的定向操控，研究成果以“Manipulation of Resonances Governed by Fabry-Pérot Bound States in the Continuum”为题，发表于《应用物理评论》（Applied Physics Reviews），并入选当期精选文章（Featured Articles）。连续域束缚态（BICs）为在超表面中实现极端场定位和增强光与物质相互作用...
近日，同济大学精密光学工程技术研究所伊圣振等人联合中国工程物理研究院上海激光等离子体研究所董佳钦等研究人员，在《Optics Express》在线发表题为《激光等离子体诊断用单背光准同轴时间分幅多通道KB显微镜研制》（Single-backlighter time-framed X-ray imaging diagnostics of laser plasma using a quasi-coaxial multi-channel Kirkpatrick–Baez microscope）的论文。该论文提出了一种准同轴多通道掠入射结构，与传统...
近日，物理科学与工程学院王占山和程鑫彬团队与中国计量科学研究院屈继峰研究员合作，实现了对连续域中由法布里-珀罗束缚态支配的共振的定向操控，研究成果以“Manipulation of Resonances Governed by Fabry-Pérot Bound States in the Continuum”为题，发表于《应用物理评论》（Applied Physics Reviews），并入选当期精选文章（Featured Articles）。连续域束缚态（BICs）为在超表面中实现极端场定位和增强光与物质相互作用...
近日，同济大学精密光学工程技术研究所伊圣振等人联合中国工程物理研究院上海激光等离子体研究所董佳钦等研究人员，在《Optics Express》在线发表题为《激光等离子体诊断用单背光准同轴时间分幅多通道KB显微镜研制》（Single-backlighter time-framed X-ray imaging diagnostics of laser plasma using a quasi-coaxial multi-channel Kirkpatrick–Baez microscope）的论文。该论文提出了一种准同轴多通道掠入射结构，与传统...
The controllable manipulation of bandgap, radiative emission, and energy transfer in low-dimensional quantum materials provides a versatile platform for a range of quantum photonic devices. Moreover, the understanding and precise regulation of nanoscale behaviors exhibited by excitonic quasiparticles, such as excitons and trions, in low-dimensional semiconductors are paramount for the development of highly efficient nano-excitonic devices.
Strong light-matter coupling can significantly enhance the functionality of integrated photonic circuits and associated devices via efficient and controlled nonlinear optical response. Especially interesting are planar dielectric waveguides and resonators interfaced with 2D van der Waals semiconductors as they are compact, can be easily integrated on a photonic chip, and can support the strong light-matter coupling regime with exciton-polariton formation at room temperature.
The controllable manipulation of bandgap, radiative emission, and energy transfer in low-dimensional quantum materials provides a versatile platform for a range of quantum photonic devices. Moreover, the understanding and precise regulation of nanoscale behaviors exhibited by excitonic quasiparticles, such as excitons and trions, in low-dimensional semiconductors are paramount for the development of highly efficient nano-excitonic devices.
Strong light-matter coupling can significantly enhance the functionality of integrated photonic circuits and associated devices via efficient and controlled nonlinear optical response. Especially interesting are planar dielectric waveguides and resonators interfaced with 2D van der Waals semiconductors as they are compact, can be easily integrated on a photonic chip, and can support the strong light-matter coupling regime with exciton-polariton formation at room temperature.
