We present a novel scheme for in situ, spatially resolved measurement and control of femtosecond pulse intensity and duration within the interaction volume, addressing a key bottleneck in attosecond science.

This article presents a comprehensive overview of free-space high-Q nanophotonics, encompassing its physical principles, recent advancements, and various applications.

Multi-functional integration! The memristor integrates four functions of multi-level storage, logic gates, UV sensing, and neuromorphic computing in one device.

High-brightness, long-lifetime blue Ph-OLEDs were achieved by novel tBuCz-based asymmetric Ir(III) emitters.

A novel dual-step photo-induced self-assembly hydrogel based on defect engineering and interfacial effects has been developed for the endogenous treatment of oral mucosal wounds.

Cs₃LnCl₆ (Ln = Ce–Lu) microcrystals were prepared via recrystallization method at room temperature. Cs₃TbCl₆ microcrystals exhibit high light yield and excellent imaging ability under X-ray irradiation.

The enduring enigma surrounding the near-infrared (NIR) emission of Mn²⁺ persists, sparking intense academic discussions without reaching a consensus viewpoint.

A subwavelength metasurface implements multi-degree-of-freedom quantum CZ gates with cascadable configurations, enabling scalable quantum circuit architectures in compact platforms.

This review highlights the advancement of inorganic electro-optical materials. It underscores strategies for optimizing performance through multiscale analysis and design, offering guidance for developing high-performance electro-optic devices.

The expanded eyebox of holographic displays has been realized using incoherent light by optimizing the incoherent sum of infinitesimal coherent components, enabling high-quality, shift-invariant reconstruction and real-time synthesis via neural networks.