Graphene-Powered Electronic SkinLeading a New Era of Robotic PerceptionGraphene e-skin Introduction The 2025 World Robot Conference (WRC) has just concluded, showcasing the latest achievements and cutting-edge trends in the field of robotics under the theme of “Making Robots Smarter and Bodies More Intelligent.” Over 100 new products were launched, covering various fields such as industrial, … Read more
Abstract A research team from Fudan University, East China Normal University, and the Shanghai Institute of Technical Physics, Chinese Academy of Sciences, has designed and fabricated a novel avalanche photodiode (APD) based on a graphene/indium selenide (InSe)/chromium (Cr) asymmetric Schottky junction. This device innovatively realizes the phenomenon of “bidirectional Geiger mode avalanche,” which can occur … Read more
South Korea Plans to Achieve 20% Self-Sufficiency in SiC Semiconductor Technology by 2030 The South Korean government has set a goal to increase the self-sufficiency rate of silicon carbide (SiC) power semiconductor technology, applicable to advanced industries such as electric vehicles and data centers, to 20% by 2030. On September 10, the South Korean Ministry … Read more
☞ This is the 7126 article published by Metal Processing (mw1950pub) Introduction Smartphones have become a part of almost everyone’s life, and their functions have far exceeded those of mere communication tools, encompassing gaming, socializing, payments, shopping, travel, maps, and more. The manufacturing process of smartphones is also very precise. Take the smartphone screen we … Read more
On August 22, graphene research company Benzheng Equation engaged in a technical collaboration with metal 3D printing service provider Huayang New Materials. The two parties focused on the core topic of “graphene-coated metal powder,” aiming to break through the quality bottleneck that has constrained the metal additive manufacturing industry for years. 3D Printing in Aerospace … Read more
Imagine this: It is the year 2040, a 12-year-old child with diabetes throws a piece of gum into his mouth. The temporary tattoo on his forearm detects a rise in blood sugar and sends this information to his phone. The data from this health monitoring tattoo is also uploaded to the cloud, allowing his mother … Read more
Click the blue text Follow us On August 22, under the promotion of the Shenzhen 3D Printing Association, graphene R&D company Eigen Equation and metal 3D printing service provider Huayang New Materials engaged in a special technical exchange. The two parties focused on the core topic of “graphene-coated metal powder”, aiming to break the long-standing … Read more
Related Articles: ▶ Understanding Biomaterials for Biosensors ▶ Graphene’s Role in Medicine and Biosensors ▶ [At a Glance] Sensors Perceiving the World ▶ Understanding the Sensor Market and Applications Author: Xiao Hui Editor of New Materials Online: chungoo This article is sourced from the New Materials Online service account. For reprints, please add the editor’s … Read more
Research Background Continuous wearable monitoring devices and systems are crucial not only for diagnosing physical conditions but also for predicting pathological states, enabling early and effective interventions. Accelerometers are essential components in many electronic systems, from consumer electronics to healthcare systems. Traditional wearable motion devices are inherently inflexible and unsuitable for seamless integration with the … Read more
↑ Click the “Graphene Alliance” above to follow us First Author: Do Hoon Lee Corresponding Author: Kuniharu Takei Affiliation: Hokkaido University DOI: 10.1021/acsnano.4c13156 Background Introduction Laser-induced graphene (LIG) adopts a bottom-up approach, directly converting carbon precursors into porous three-dimensional graphene through laser irradiation. As a macroscopic, low-cost conductive material, LIG has enormous potential for both … Read more