Laser-textured surfaces enabling reversible wettability switching and improved optical properties are gaining importance in cutting-edge applications, including self-cleaning interfaces, tunable optical lenses, microfluidics, and lab-on-chip systems. Fabrication of such surfaces by combining nanosecond-laser texturing and low-temperature annealing of titanium Ti-6Al-4V alloy was demonstrated by Lian

The following error appears in the article on page 24498. The CLSM images of RBE cells cultured on HT sample with dynasore in Figure 8d (second row) are the same as the images of RBE cells cultured on NiTi samples at 37 °C shown in Figure 8b (first row). The corrected Figure 8 appears below, where the confocal images of the HT sample with dynasore in Figure 8d (second row) are replaced with images

Recent years have witnessed significant development of flexible strain sensors in a variety of fields. Nevertheless, the challenge of integrating a broad sensing range (>50%) with high sensitivity [gauge factor (GF) value > 100 over the entire sensing strain] in one single flexible strain sensor still exists. Herein, we prepared a flexible strain sensor based on braided graphene belts (BGBs) and dragon