We propose and demonstrate the first chip-based 3D printer, consisting of a silicon-photonics chip that emits non-mechanically-reconfigurable beams into photocurable resin, enabling future compact, portable, and low-cost next-generation 3D printers.

By integrating event camera with Fourier light field microscopy, EventLFM robustly captures fast-moving and rapidly blinking 3D fluorescent biological samples at kHz frame rates.

This study proposes the “discrete preparation-multilayer lamination” strategy, which effectively addresses the challenges associated with vertically stacked skin-like AMOLEDs and demonstrates their potential for next-generation wearable displays.

Nonreciprocal thermal absorptivity and emissivity is shown over a broadband spectrum and specified angular range for a gradient epsilon-near-zero photonic structure.

A memristive-photoconductive transduction (MPT) behavior was firstly observed in a memristor based on porous P3HT, which is the direct signal for cell resistance states detection, enabling accurate and nondestructive readout.

The quasi-two-dimensional perovskite films were successfully fabricated through a precisely controlled crystallization process by utilizing a mixed atmosphere of CH₃NH₂ and NH₃, resulting in the development of an ultra-sensitive perovskite/TiO₂ heterojunction X-ray detector.

The polarization direction, beam steering, and frequency of the reflected wave are controlled by the STPC matrix.

SAPE combines synthetic aperture radar, ptychography, and lensless endoscopy to surpass the diffraction limit, enabling high-resolution endoscopic imaging with a handheld imaging probe for biomedical and industrial applications.

Perovskite multiple quantum wells are promising gain mediums for laser pulse multiplication. Here, the authors demonstrate a perovskite double-pulsed nanowire laser with pulse interval of 22 ps.