NEWS
First AI Medical School Established in China
On June 29, the first AI Medical School in China, the AI Medical School of Guangdong Medical University, was officially established. The AI Medical School is the first “virtual-real integration, software-hardware unified” intelligent medical college built in cyberspace based on the HarmonyOS ecosystem, parallel to real-world medical education.
Source: China Science Daily
NEWS
Quantum Spin Hall Effect Demonstrated in Graphene for the First Time
Artistic representation of the quantum spin Hall effect integrated in chip-based graphene. The blue and red spheres represent electrons with spin up and spin down moving along the edges of graphene.
On June 30, scientists from Delft University of Technology in the Netherlands observed quantum spin flow in graphene for the first time without the need for an external magnetic field. This groundbreaking discovery provides key support for the development of spintronics and marks an important step towards achieving quantum computing and advanced storage devices. The related results were published in the latest issue of “Nature Communications”.
Source: Xinhua News
NEWS
Chip for Precise Control of Quantum Bits at Low Temperatures Developed
A low-temperature quantum control platform developed by a research team led by the University of Sydney.
On June 30, it was reported that the key to the large-scale practical implementation of quantum computers lies in how to stably and precisely control a massive number of quantum bits. A research team from the University of Sydney and the University of New South Wales has made significant breakthroughs in this direction. They developed a chip capable of precise control at low temperatures, which is expected to expand the number of quantum bits on the chip from the current dozens to millions. The related results were recently published in the journal “Nature”.
Source: CCTV News
NEWS
3D Printed Ultra-Simple Lightweight Micro Turbojet Engine Completes First Flight
On July 1, a 3D printed ultra-simple lightweight micro turbojet engine developed by the Hunan Institute of Aerospace Propulsion Technology successfully completed its first flight verification in Inner Mongolia. This engine utilizes multidisciplinary topology optimization additive manufacturing technology, successfully achieving a revolutionary integration of aviation engine design concepts and manufacturing processes, filling a gap in the domestic application of this technology.
Source: People’s Daily
NEWS
Micron-Level “Brain Map” Created! Chinese Scientists Achieve New Breakthrough in Brain Atlas Research
The research team led by Luo Qingming has mapped the three-dimensional brain regions and stereotactic atlas of mice.
On July 2, “Nature” published an important research result where a Chinese research team successfully created a three-dimensional brain region and stereotactic atlas of mice. This research achieved precise mapping of the brain atlas with an isotropic resolution of 1 micron, providing a key tool for unlocking the mysteries of brain science.
Source: CCTV News
NEWS
Chinese Scientists Achieve Breakthrough in New Semiconductor Photovoltaic Research
Micro-module of perovskite solar cells prepared based on “dual radical self-assembly molecules”.
On July 3, it was reported that researchers from the Changchun Institute of Applied Chemistry of the Chinese Academy of Sciences successfully developed a new type of radical self-assembly molecular material, solving the problems of insufficient performance of hole transport layers in perovskite solar cells and the difficulty of large-scale uniform preparation. This technology has been certified for efficiency by the U.S. National Renewable Energy Laboratory. The results were published recently in the international journal “Science”.
Source: Guangming Daily
NEWS
First Chip-Level Post-Quantum Cryptography Card in China Released
Physical image of the chip-level post-quantum cryptography card.
On July 3, it was reported that the first chip-level post-quantum cryptography card in China, developed by Anhui Wentiang Quantum Technology Co., Ltd. in collaboration with Professor Liu Dongsheng’s team from Huazhong University of Science and Technology, has officially been released. This marks a breakthrough in the engineering application process of quantum security technology in China, laying a solid foundation for the future migration to post-quantum cryptography.
Source: IT Home
NEWS
Major Original Breakthrough in Thermal Radiation Metamaterials: AI Aids in Mass Production of Material Design
Screenshot of the Nature paper homepage.
On July 3, it was reported that metamaterials with thermal radiation performance can “package” excess heat and transfer it to the outside, helping objects to cool automatically. However, traditional design methods for such artificial materials are time-consuming and labor-intensive, often relying on long-term experience and repeated trial and error. Recently, a team from Shanghai Jiao Tong University achieved a major original breakthrough in the field of thermal radiation metamaterials by constructing an AI model for the reverse design of thermal radiation metamaterials, breaking through the existing “ceiling” of material design and enabling the mass production of candidate designs for thermal radiation metamaterials, achieving “selecting the best among the best”. The related results were published on July 2 in the journal “Nature”.
Source: The Paper Technology
NEWS
World’s First! Chinese Research Team Achieves Scalable Production of Regenerated Cellulose Fibers Using Ionic Liquid Method
Scene of the official production ceremony of the demonstration project.
On July 3, it was reported that the ionic liquid method for the industrial application of regenerated cellulose fiber technology developed by the Institute of Process Engineering of the Chinese Academy of Sciences has achieved a breakthrough, with the first demonstration project for the annual production of 1,000 tons of the new generation of regenerated cellulose fibers officially launched in Henan. This is the world’s first scalable production of regenerated cellulose fibers using the ionic liquid method, which truly breaks through the bottleneck of spinning process reform and environmental protection issues, achieving zero emissions of “three wastes” (wastewater, waste gas, solid waste).
Source: China News Network
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