Laser-Induced Synthesis and Passivation of Intrinsically Antioxidative Nano-Copper for Durable Electronics [0.03%]
激光诱导合成固有抗氧化纳米铜用于长效电子器件
Zimo Cai,Huayu Luo,Yuyu Hou et al.
Zimo Cai et al.
The ever-increasing costs, along with rigorous storage requirements, are the primary obstacles to the sustainable development of pure metallic inks for advanced electronics. The chemically reductive conversion of copper (Cu) from its much c...
A Hydro-Organo Biphasic Gel Electrolyte for Decoupled Interfacial Stability and Fast Ion Transport in Zinc Metal Batteries [0.03%]
用于锌金属电池的双相水凝胶电解质实现解耦的界面稳定性和快速离子传输
Tianrui Zheng,Zhengyu Ju,Sung Hoon Jung et al.
Tianrui Zheng et al.
Organic and aqueous electrolytes offer complementary advantages in electrochemical stability and ion transport, but integrating both within a single electrolyte remains challenging. In this study, it is discovered that a distinct interphase...
Quan Dong,Dazhao Wang,Jianrong Qiu et al.
Quan Dong et al.
Highly crystallized glass composites rarely retain high optical transparency while supporting efficient near-infrared (NIR) emission and strong x-ray response. Here, a highly crystallized Cr3+-doped transparent glass composite is reported t...
Acid-Base Complexation Induced Dipole Engineering for Durable Inverted Perovskite Photovoltaics [0.03%]
酸碱配位诱导的偶极工程助力稳定的倒置钙钛矿光伏器件
Ke Wang,Zhiyuan Xu,Ru Li et al.
Ke Wang et al.
Thermally unstable buried interfaces hinder the commercialization of inverted perovskite solar cells (PSCs). Although self-assembled monolayers (SAMs) serve as promising hole-selective contacts, their inadequate coverage and weak thermal an...
Suppressing Electrode Diffusion With a PMMA Metal-Capture Mesh Enables Stable Conventional Organic Photovoltaics [0.03%]
PMMA金属捕获网抑制电极扩散使传统有机光伏器件实现高稳定性
Qianqian Qi,Jiaming Huang,Cenqi Yan et al.
Qianqian Qi et al.
Conventional organic photovoltaics (OPVs) often suffer from premature failure because top-electrode metals diffuse into the organic stack under thermal stress, generating interfacial traps and leakage pathways. Here, we identify severe agin...
Ruhan Wang,Limin Wu,Xiaofu Sun et al.
Ruhan Wang et al.
Electrochemical synthesis exploits electrode-supplied electrons or holes as tunable redox equivalents. However, conventional electrocatalytic processes require electron transfer, substrate activation, and subsequent chemical conversion to a...
A Metabo-Reprogramming Niche Remodeling System Halts Osteoarthritis by Restoring the FGF21-Arginine Axis [0.03%]
通过恢复FGF21-精氨酸轴来阻止骨关节炎的代谢重编程生态位重塑系统
Hao Pan,Haoze Zhu,Siman Huang et al.
Hao Pan et al.
Osteoarthritis (OA), a global leading cause of chronic pain and disability, lacks disease-modifying osteoarthritis drugs (DMOADs) targeting its core pathogenesis. scRNA-seq of human OA cartilage showed marked depletion of a high-arginine-me...
Ferroelectric Dipole-Driven Solid-Electrolyte Interphase Passivation for High-Voltage Lithium Metal Batteries [0.03%]
用于高电压锂金属电池的铁电偶极子驱动固态电解质界面保护层技术
Baolei Xu,Yaqin Wu,Ruohong Ke et al.
Baolei Xu et al.
High-voltage lithium (Li) metal batteries (LMBs) are regarded as strong candidates for next-generation high-specific-energy storage devices. However, interfacial side reactions (ISRs) (particularly the often-overlooked chemical corrosion) a...
Bio-Inspired Gating-Controlled Electronic Skin for Ultrafast Liquid Recognition and Precise Droplet Sliding Sensing in Robotic Intelligence [0.03%]
受生物启发的 gating 控制电子皮肤用于机器人智能中的超快液体识别和精密液滴滑动感应
Xiangxiang Zhang,Hongyu Quan,Zhixin Xia et al.
Xiangxiang Zhang et al.
Endowing intelligent robots with the ability to perceive and analyze complex liquid environments is essential for autonomous decision-making. However, conventional liquid-sensing technologies remain constrained by a fundamental trade-off be...
Dynamically Activating Inert Ti4+ Sites to Redirect the Oxygen Evolution Pathway Toward Practical PEM Water Electrolysis [0.03%]
激活惰性Ti4+位点，重新定向 proton exchange membrane 水电解的析氧路径
Ruili Gao,Xinyuan Qin,Yan Zhou et al.
Ruili Gao et al.
Developing highly active and durable non-iridium electrocatalysts for the acidic oxygen evolution reaction (OER) is critical for scalable proton exchange membrane water electrolyzers (PEMWE). Here, we report an acid-dissolution inverse-dopi...