Structural Color Inkjet Printing With Mie-Resonant Silicon Nanoparticles [0.03%]
具有Mie共振的硅纳米粒子的结构颜色喷墨印刷技术
Hiroto Yamana,Haruki Tanaka,Hiroshi Sugimoto et al.
Hiroto Yamana et al.
Inkjet printing of silicon nanoparticle (Si NP) inks and their inherent color asymmetry in reflection and transmission is demonstrated. The optical response of Si NP-dispersed films was initially analyzed using Monte Carlo simulations, whic...
Neuromorphic Electronics for Intelligence Everywhere: Emerging Devices, Flexible Platforms, and Scalable System Architectures [0.03%]
面向智能 ubiquitous 的神经形态电子技术：新兴器件、柔性平台和可扩展系统架构
Kapil Bhardwaj,Roshni Satheesh Babu,Yuxin Xia et al.
Kapil Bhardwaj et al.
Unprecedented advances in Artificial Intelligence (AI)-assisted automation continue to drive the demand for hardware that is significantly more scalable, compact, and energy-efficient. Neuromorphic electronics, which offers event-driven and...
Yu Teng,Jian Yao,Qinan Wang et al.
Yu Teng et al.
As circuit integration continues to advance, power consumption has become a critical bottleneck limiting further development. Multi-valued logic (MVL) has garnered extensive attention due to its potential to reduce interconnect complexity a...
Single-Crystalline Ultrahigh-Ni Co-free Cathode with Magnetic Control as an Alternative to Commercial Cobalt-containing LiNi0.88Mn0.08Co0.04O2 [0.03%]
一种单晶超高镍无钴磁控正极材料作为商用含钴高镍三元材料的替代品
Jixue Shen,Lipeng Yang,Jing Meng et al.
Jixue Shen et al.
The development of high-energy low-cost lithium-ion batteries has sparked interest in ultrahigh-Ni Co-free layered cathodes that offer high capacity, low cost, and environmental friendliness. Yet, their widespread deployment is impeded by t...
Surface In Situ Compositing of Reactive Liquid-Metal Anchored 2D Nanomaterial Skins for Active Composite Current Collectors [0.03%]
活性复合集流器的反应性液态金属锚定二维纳米材料皮肤的原位表面合成
Yifei Liu,Wenrui Cai,Yichao Li et al.
Yifei Liu et al.
Surface functionalization through advanced skin-like nanocoating is of great significance due to its tremendous potential in transforming materials technologies. Conventional strategies, including wet-slurry coatings or vapor depositions, n...
Synergistic Nanoconfinement and UV Crosslinking Enabling Self-Strengthening, Ultra-Robust Shape-Memory Elastomers [0.03%]
协同限域与光交联增强的自强化超强形状记忆弹性体
Jing Xu,Tianze Chen,Chongyang Wang et al.
Jing Xu et al.
Fatigue-induced degradation of mechanical properties remains a major challenge in achieving long-term, reliable service of elastomers. We present a synergistic strategy that couples hydrazone-linked covalent organic framework (H-COF) nanoco...
Counterion-Controlled Photocatalytic Doping of Organic Semiconductors [0.03%]
counterion控制的有机半导体光催化掺杂
Tiefeng Liu,Zesheng Liu,Ihor Sahalianov et al.
Tiefeng Liu et al.
Photocatalytic doping is a versatile and potentially sustainable strategy to control charge accumulation and transport in organic semiconductors (OSCs). In this process, light-activated photocatalysts (PCs) act as electron shuttles, oxidizi...
Monolithic Integration of Crack-Free 2D Bi2O2Se via Stress Modulation [0.03%]
基于应力调控的无裂纹二维Bi₂O₂Se单片集成技术研究
Xin Gao,Yuteng Wang,Boyang Fu et al.
Xin Gao et al.
The monolithic integration of 2D materials into silicon-based wafers is crucial for next-generation electronics and optoelectronics. Reliable transfer methods for wafer-scale 2D materials are a key prerequisite. As one of the most promising...
Bioinspired Leaky Integrate-and-Fire Neurons Enabled by Reconfigurable Hydrogel Memristors [0.03%]
受忆阻水凝胶启发的类生神经元漏积分器模型
Ronghua Lan,Miliang Zhang,Guoheng Xu et al.
Ronghua Lan et al.
Biological leaky integrate-and-fire (LIF) neurons are dynamic, living computational systems that modulate signal strength via synaptic plasticity and generate action potentials through somatic firing. To emulate LIF functionality, a memrist...
Kilogram-Scale Water-Mediated Exfoliation Strategy for Defect-Free Single-Layer MXene Nanosheets [0.03%]
一种千克级制备无缺陷单层MXene纳米片的策略：介导水相剥离法
Yunfa Si,Zibo Chen,Zuhao Shi et al.
Yunfa Si et al.
Single-layer MXene nanosheets have garnered immense attention for their remarkable functional versatility; however, their ultimate performance and application potential are fundamentally limited by their intrinsic quality. Traditional high-...