In Situ Preparation of Microporous Few-Layer Activated Graphene Films Using Ultrafast UV Laser Induction

In Situ Preparation of Microporous Few-Layer Activated Graphene Films Using Ultrafast UV Laser Induction

Microporous graphene films (with pore diameters less than 2 nm) not only retain the high electrical conductivity and enhanced chemical stability of graphene but also exhibit high specific surface area and excellent flexibility, attracting widespread attention in high-performance devices such as flexible micro-energy storage. The traditional method for preparing microporous graphene films involves multiple steps: … Read more

Five Evolution Directions of Sensor Technology by 2030

Five Evolution Directions of Sensor Technology by 2030

Source: Sensor Expert Network Chip project team recruitment! ◀ Click to view! Sensor technology is the cornerstone of modern innovation, playing a critical role across various industries such as healthcare, environmental monitoring, and consumer electronics. Its integration with smart devices facilitates real-time data collection and analysis, driving automation, enhancing efficiency, and ensuring higher safety. As … Read more

The Evolution Directions of Sensor Technology by 2030

The Evolution Directions of Sensor Technology by 2030

Sensor technology is the cornerstone of modern innovation, playing a key role across various industries such as healthcare, environmental monitoring, and consumer electronics. Sensors are further evolving through integration with Artificial Intelligence (AI) and Machine Learning (ML), providing real-time insights that once only existed in science fiction. As more industries recognize the value of sensors … Read more

Revolutionary Micro Robots Powered by Nanotechnology for Surgical Procedures

Revolutionary Micro Robots Powered by Nanotechnology for Surgical Procedures

Selected from i4U Author: Hira Bashir Translated by Machine Heart Contributors: Niu Chunyu, Li Yazhou The easy-to-operate and multifunctional bionic robots will bring a revolution in drug delivery and other surgical operations. Microtechnology has been applied in many fields, including medicine, where microengineering and nanotechnology are considered to have the potential to revolutionize drug delivery … Read more