Xiaohang Luo,Di Tan,Longjian Xue
Xiaohang Luo
Nature has evolved a remarkable diversity of structured adhesives that enable organisms to achieve robust, reversible, and adaptive attachment in natural environments. Unlike conventional chemical glues, these biological adhesives exhibit s...
Hao Guo,Wang Li,Qingquan Han et al.
Hao Guo et al.
Natural fibers have evolved through optimized biosynthetic pathways to achieve an exceptional combination of strength, toughness, and compliance. Although these biological systems have inspired rapid advances in biomimetic fiber materials a...
Bottom-up fabrication of high-strength mycelium-based materials: Tween as a bioregulator of mycelium growth [0.03%]
自下而上制造高强度菌丝基材料：Tween作为菌丝生长的生物调节剂
Jiahao Cui,Mengmeng Xu,Ting Li et al.
Jiahao Cui et al.
Mycelium-based materials represent a promising sustainable alternative to petroleum-based plastics. However, their broad-scale application remains hindered by intrinsic mechanical frailty and the ubiquitous strength-toughness trade-off. In ...
Crassula-inspired surface architecture for programmable liquid navigation [0.03%]
受青锁龙属植物启发的程序化液体导航表层架构
Youhao Yang,Yuanhao Yu,Yuhan Song et al.
Youhao Yang et al.
The directional transport of liquids is ubiquitous in natural energy transfer processes and essential for microfluidics and flexible electronics. However, achieving stable and programmable control over liquid transport remains a challenge. ...
Crumpled two-dimensional heterostructures for pseudocapacitive and interphase-stable fast-charging silicon anodes [0.03%]
用于假电容和相间稳定的快速充电硅负极的皱缩二维异质结构
Minseop Lee,Ji-Ho Park,Seung-Min Paek et al.
Minseop Lee et al.
In this study, a crumpled heterostructured composite composed of Si nanoparticles (NPs) combined with reduced graphene oxide (rGO), MoS2, and Ti3C2Tx MXene (Si@rGO/MoS2/MXene crumpled composite, SGMM-CC) is developed as a robust conductive ...
Bio-inspired integrated pressure-sensing memory system using crack-based sensors and electro-mechanical metamaterials [0.03%]
基于裂纹传感器和机电元材料的仿生集成压感记忆系统
Beom Seok Kim,Jong-Gu Lee,Seongsoo Kim et al.
Beom Seok Kim et al.
Human skin possesses remarkable abilities to simultaneously detect and memorize tactile stimuli, enabling sophisticated sensory perception and adaptive responses. Here, we present a bio-inspired integrated pressure-sensing memory system tha...
A bioinspired mechano-catalytic hydrogel leaf for self-adaptive water purification [0.03%]
一种仿生机械-催化水凝胶叶片用于自适应净水
Liangrui Zuo,Yiling Gui,Mi Tang et al.
Liangrui Zuo et al.
Stimulus-responsive hydrogels have emerged as versatile platforms for soft robotics and environmental remediation, yet most systems remain limited to either mechanical actuation or catalytic function, with few achieving synergistic coupling...
A high-performance moisture-enabled generator driven by synergistic ion transport highways and engines [0.03%]
一种高性能的基于协同离子传输高速公路和发动机的湿度能发生器
Xuezhong Zhang,Jian Hu,Dong Xiang et al.
Xuezhong Zhang et al.
Moisture-enabled generators (MEGs) often suffer from low power output and limited durability. Here, we develop a high-performance MEG based on a novel NMS/CS aerogel integrating hollow mesoporous carbon (MC), polypyrrole (PPy), polystyrene ...
Visco-Bits: temporal-coding-inspired viscoelastic metamaterial for mechanical memory expansion [0.03%]
黏弹性超材料的机械记忆扩展：基于时间编码的黏比特超材料
Aman Thakkar,Jose R Rivas-Padilla,Andres F Arrieta
Aman Thakkar
Interest in mechanical computing has surged in recent years, but direct translations from digital to mechanical computation, especially in the context of von Neumann architectures, face scalability challenges. These challenges necessitate a...
Bistability of architected metamaterials enabled by antisymmetric bending [0.03%]
手性可展折叠格子结构材料的双稳特性研究
Sibo Zhang,Devin Young,Dominic Vella et al.
Sibo Zhang et al.
Bistable architected metamaterials exploit geometric instability to enable snap-through switching, programmable mechanical response, and reconfigurable deformation, making them attractive for soft robotics, deployable structures, and shape-...