# Material Science
Latest news and articles about Material Science
Total: 10 articles found
Beyond the Silicon Ceiling: Why the Global AI Arms Race is Shifting to Material Science
As the AI era demands unprecedented energy efficiency, the global technology industry is pivoting from silicon optimization to advanced material science, with superconductors emerging as the next critical frontier. While these materials promise to eliminate energy loss in data centers, massive hurdles remain in room-temperature stability and the supply chain for industrial silver.
Cutting Through the Global Market: How China’s Knife Capital Carved Out a Dominant Edge
Yangjiang, a city in Guangdong, has become the world's cutlery powerhouse, producing over 40% of global knives through a highly integrated industrial cluster. While the city dominates the mid-market and OEM sectors, it is now striving to overcome dependencies on imported high-end steel and build global brand equity to rival European giants.
The Torque of the Town: China's Breakthrough in Axial Flux Motors Challenges Global Standards
A partnership between Pangu Power and the Chinese Academy of Sciences has resulted in a breakthrough for axial flux motor magnets, enhancing performance while lowering costs. This development is expected to accelerate the mass-market adoption of high-density electric drive systems and strengthen China's domestic EV supply chain.
AI-Driven Material Discovery: The New Frontier in the Gallium Semiconductor Race
Researchers have developed an AI-powered 'Smart Material Discovery Engine' that significantly accelerates the identification of new gallium-based semiconductor materials, bypassing years of traditional experimental testing.
Bamboo and Bots: Double Gun Douses High-Tech Speculation Over New Bio-Plastic Material
Double Gun Technology has clarified that its innovative bamboo-based bio-plastic is still in pilot testing and is not being used in robots or optical modules, debunking recent market rumors. The move highlights the company's progress in sustainable materials while addressing speculative hype in the Chinese tech sector.
Climate-Adaptive Couture: Peking University Unveils the Future of Temperature-Regulating Fabrics
Researchers at Peking University have developed a durable, mass-producible 'smart fiber' that uses phase-change materials to lower garment temperatures by 8°C. This breakthrough solves decades-old durability issues and is ready for integration into standard textile manufacturing for outdoor and consumer use.
China’s Perovskite Breakthrough: Solving the Photovoltage Loss Puzzle
Researchers at Ningbo University have identified a key mechanism for reducing photovoltage loss in 2D perovskite solar cells, providing a theoretical and technical roadmap for significantly enhancing the efficiency of next-generation solar technology.
The Nano-Lego Revolution: Scientists Unlock the Secret to Molecular-Scale Electronics
A global research team has pioneered a 'bottom-up' method for building electronic materials at the molecular scale, published in Nature Communications. This breakthrough offers a potential solution to the physical limits of traditional silicon chips by allowing for the precise assembly of individual molecules into functional electronic components.
Decoding ‘Lingjing Zaowu’: China’s AI-Driven Push to Automate the Frontiers of Science
China has launched 'Lingjing Zaowu,' an AI-integrated research platform named after Qian Xuesen’s visionary term for virtual reality. The tool aims to automate scientific discovery, reflecting a strategic shift toward 'AI for Science' to accelerate material innovation and cosmic simulation.
Beyond the Crease: Visionox’s New Display Breakthrough Aims to Perfect the Foldable Smartphone
Visionox has launched a 'trace-less' folding screen module at ICDT 2026, featuring a 20% reduction in thickness and a significant increase in both impact and pressure resistance. This breakthrough aims to eliminate the visible crease in foldable smartphones while providing the durability required for mainstream consumer use.