A spectral engineering and thermal management strategy is developed to significantly increase STEG power generation. It consists of a fs-laser-treated W-SSA, a greenhouse chamber, and a fs-laser-treated μ-dissipator.

We demonstrate a single-photon source based on topological bulk cavity, achieving high extraction efficiency and robust QD-cavity interaction against irregular cavity boundaries.

Our cryo-optical microscopy rapidly freezes cells at an arbitrary timepoint during live imaging, enabling detailed observation of specific moments during dynamic events under cryogenic conditions.

We experimentally demonstrated and analyzed a single-gate electro-optic metasurface achieving efficient, wide-angle optical beam switching.

Superconducting Nanowires on Silicon Waveguide Achieve 99.73% Single-Photon Detection Efficiency, Enabling Precision Quantum Measurement on Scalable Integrated Platforms.

[110]-oriented GaAs quantum optical metasurfaces enable enhanced spontaneous parametric down-conversion and two-photon interference, advancing scalable and multifunctional platforms for entangled photon generation in quantum technologies.

Holo-tomographic flow cytometry allows label-free phenotyping of acute myeloid leukemia blasts, originally correlating phenotype with genotype. A concave segmentation algorithm is applied to 3D refractive index tomograms to quantify NPM1-mutation-associated cup-like nuclear morphologies, with virtual reality visualization offering engaging immersion.

This paper presents a comprehensive and quantitative analysis of noise sources in real-world single-pixel imaging systems. Based on the proposed physical model, a robust and practical compensation network is developed.

TPP₃Cu₂Br₂ enables precise underwater temperature sensing with minimal error, leveraging its excellent stability and unique temperature-dependent luminescence lifetime.

This review highlights the advancement of multidimensional detection in 2D materials. It encompasses six novel dimensionalities and hybrid-dimensional photodetectors, offering guidance for developing next-generation multidimensional photodetectors.

A spatiotemporal vortex pulse burst, akin to an optical comb, with controllable time-dependent characteristics is reported.