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This imaging method exceeds the diffraction limit of the camera lens used, achieving resolution improvement factors of 7.9, 25.4, and 58.2 for objects at distances of 1019.0 mm, 26.4 m, and 96.0 m.
Multilayer graphene, a topologically trivial but epitaxially growable material, is applicable for detect light OAM detection in the mid-infrared through OPGE. The detection capability is enhanced compared with topological semimetals.
This work leverages the intrinsic carrier-envelope phase instability of pulsed lasers to measure the photon number distribution of ultrashort probes, providing a new way to study quantum fluctuations in light-driven materials.
Full polarization control of photons is achieved using coupled nanobeam cavities, in which the ultra-subwavelength gap results in the evanescent wave coupling and introduces non-Hermitian effects.
Study on wavefront control of holographic grating. This research presents a novel technique for the fabrication of meter-size and nano-precision holographic gratings.
We demonstrate an active manipulation of dichromatic photon momentum at a deep subwavelength scale via electron-induced CRs, and design an encrypted display device based on programmable modulation of CR array.
We demonstrate theoretically and experimentally that the stepwise phase dispersion compensation layer releases the numerical aperture, operation bandwidth, and aperture size from the tradeoffs of achromatic flat lens, allowing their flexible design.
This study presents a dimer-dominated emission quenching mechanism that enhances second near-infrared emission in ring-fused fluorophores by reducing dimer populations for high-resolution vascular fluorescence imaging.
A novel chip-based QDS network, utilizing an advanced protocol, achieves a signing rate of 0.04 times per second over 200 km for 1-Mbit messages, representing a significant advancement in QDS.
Up-conversion charging (UCC) enables rapid, high-resolution optical storage in phosphors, achieving 0.01-second data writing with excellent retention and rewritability. UCC paves the way for advanced optical storage solutions.
In situ chlorination strategy was proposed to renovate multiple defects along with reconstruction of phases in RDPs for efficient and spectrally stable deep-blue PeLEDs with a record EQE of 6.17%.
Stimuli-responsive phosphorescence with self-recovery property has been achieved for the first time by precisely modulating molecular conformations of phenothiazine moieties.
Dang and Gan et al. reported a sky-cooling strategy for LED streetlights using a nanoporous polyethylene architecture that is highly transparent to infrared radiation and reflective in the visible spectrum.
Nonlinear synthesis of spatial coherence using second-order nonlinear photonic crystals. The coherence induced by the smiley face is synthesized in the far field of the crystal.
The CNN-Transformer parallel network UI-Trans enables high-quality light sheet zebrafish heartbeat imaging, with ultra-economical acquisitions in terms of light dosage and acquisition time.
