Reversing the polycrystalline rules in single-crystal battery positive electrodes [0.03%]
单晶电池正极中的多晶定律逆向研究
Mikkel Juelsholt
Mikkel Juelsholt
Jing Wang,Tongchao Liu,Weiyuan Huang et al.
Jing Wang et al.
Single-crystal Ni-rich layered oxides (SC-NMC) with a grain-boundary-free configuration have effectively addressed the long-standing cracking issue of conventional polycrystalline Ni-rich materials (PC-NMC) in lithium-ion batteries, prompti...
Guoyun Gao,Bo Wen,Ni Yang et al.
Guoyun Gao et al.
The explosion of artificial intelligence and edge devices has exposed a critical bottleneck in traditional hardware: the slow data transfer between memory and processing. Content-addressable memories offer a promising solution by processing...
DNA nanodevice for analysis of force-activated protein extension and interactions [0.03%]
用于分析力激活的蛋白质延伸和相互作用的DNA纳米装置
Kun Zhou,Minhwan Chung,Shankar Pandey et al.
Kun Zhou et al.
Force-induced changes in protein structure and function mediate cellular responses to mechanical stresses that are important in human development, physiology and diseases. However, existing methods to study proteins under mechanical force a...
Shu Zhang,Puyi Ma,Oubo You et al.
Shu Zhang et al.
Advances in polaritonic materials, where coupling between light and matter creates hybrid states, have enhanced our ability to control light propagation at nano and atomic scales. Conventional polariton modulation techniques, particularly t...
Steffen Weinmann,Lucie Quincke,Lisa Winkler et al.
Steffen Weinmann et al.
The rapid rise of functional ceramics across various sectors, including electronics, energy storage and automotive, is projected to drive annual growth rates of up to 35% until 2030. With this significant growth, the substantial energy requ...
Zeyu Zhang,Juan Du
Zeyu Zhang
Mark Peplow
Mark Peplow
Hydrogel-elastomer-based conductive nanomembranes for soft bioelectronics [0.03%]
基于水凝胶弹性体的导电纳米薄膜用于软生物电子学
Hyunjin Jung,Daeyeon Lee,Kyoungryong Kim et al.
Hyunjin Jung et al.
Conformal integration of electronics with soft, irregular organ topologies remains challenging, as tissue-like platforms with bulky dimensions ranging from a few millimetres to several hundred micrometres result in incomplete signal acquisi...