Exosomes efficiently load drug molecules and achieve targeted delivery. (Courtesy of Shenzhen Advanced Institute)Editor's noteIn recent years, the Chinese Academy of Sciences Shenzhen Advanced Technology Research Institute (hereinafter referred to as "Shenzhen Advanced Technology Research Institute") has focused on health and medicine, robotics, new energy and new materials, big data and smart city and other fields, in high-end medical imaging, low-cost health, medical robots and functional rehabilitation technology, urban big data computing, brain science, advanced electronic packaging materials, tumor precision treatment technology Major technological achievements in the fields of synthetic biological devices are constantly emerging...

On July 18th, according to Taiwan's Economic Daily, Bloomberg reported that Apple's latest self-developed M3 chip is expected to debut in October this year, produced using TSMC's 3-nanometer process. The legal representative is optimistic that the M3 chip will be another important 3-nanometer order for TSMC, following the latest A17 processor on the high-end iPhone 15, which will help the company operate in the second half of the year...

Before reading this article, please click on "Follow" to make it easy for you to review a series of high-quality articles from previous issues at any time, and to facilitate discussion and sharing. Thank you very much for your support!Wen|AfangEdit|AfangintroductionPolypropylene (PP), as a thermoplastic material with the characteristics of environmental friendliness, recyclability, and high melting temperature, has become the most potential material to replace existing DC cable insulation...

Before reading this article, please click on "Follow" to make it easy for you to review a series of high-quality articles from previous issues at any time, and to facilitate discussion and sharing. Thank you very much for your support!Wen|AfangEdit|AfangprefaceSupercapacitors are an emerging energy storage device, widely used in many fields such as automobiles, electronic devices, communication products, etc...

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Science and Technology Daily (reporter Li Liyun) A reporter recently learned from Harbin Institute of Technology that a water simulating bear insect medical micro nano robot jointly developed by researchers from Harbin Institute of Technology and Harbin Medical University has preliminarily realized controllable movement in the high-speed flow environment of venous blood, and can stay in venous blood flow for more than 36 hours.The relevant research results were recently published online in the latest issue of "Progress in Science"...

Science and Technology Daily, Beijing, June 1st (Reporter Zhang Mengran) - Traditional implantable medical devices designed to stimulate the brain are usually too hard and bulky for the softest and most fragile tissues in the body. To address this issue, engineers at Rice University in the United States have developed minimally invasive, ultra flexible nanoelectrodes that can serve as implantation platforms for long-term, high-resolution stimulation therapy...