New Technology– category –
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Tokyo University of Science Unveils Interpretable AI to Decipher Material Property Predictions, Accelerating Novel Material Design
Institute of Science Tokyo (Science Tokyo) via Advanced Intelligent Discovery Japan Overview Researchers at Tokyo University of Science have developed a novel technique to interpret how AI models predict the relationship between material... -
Dual Thermo-Photo Curing Yields Fluorine-Free Superhydrophobic Coating Retaining Efficacy After 66m Abrasion at 9.8 kPa
PubMed Japan Overview A highly durable, fluorine-free superhydrophobic polymer coating was developed using a thermo-photo dual-curing mechanism. This dual-network design rigidly anchors micro/nanofillers, allowing the coating to maintain... -
Rice-Inspired Granular Metamaterial Achieves Instantaneous Stiffening on Impact, Enabling Passive Adaptive Protection
ScienceDaily USA Overview Scientists discovered a unique property in rice: it weakens under rapid compression but strengthens under slow pressure. Leveraging this, they developed a smart granular metamaterial that stiffens instantly on i... -
Programmable Shape Memory Alloy Metamaterial Device Enables Multi-Axial Wound Closure, Accelerating Healing
EurekAlert! China Overview A research team from China's Army Medical University has developed an innovative wound closure device using shape memory alloy metamaterials, capable of multi-axial stretching and smartphone-controlled mechanic... -
Novel Organosilane Sol-Gel Coating Sustains Superhydrophobicity on Concrete for 21 Months in Field Test, Enhancing Durability
European Coatings Germany Overview Researchers have developed an advanced organosilane-based sol-gel coating that penetrates concrete pores and chemically bonds with the cement matrix, creating a highly durable superhydrophobic surface. ... -
AI-Powered Autonomous Labs Accelerate Climate-Critical Materials Discovery
The World Economic Forum Switzerland Overview The World Economic Forum highlights the transformative impact of AI and 'self-driving labs' in rapidly advancing materials innovation, especially for climate crisis mitigation. These closed-l... -
3M Accelerates Product Innovation with New World-Class Scanning Transmission Electron Microscope for Atomic-Scale Material Analysis
3M Newsroom USA Overview 3M has invested in a new world-class Scanning Transmission Electron Microscope (STEM) capable of studying materials at an atomic level. This advanced analytical capability allows for direct observation of the rel... -
Resonac CEO Navigates Soaring AI Chip Demand and China Supply Chain Risks, Bolstered by Key Patent Ruling
Crypto Briefing Japan Overview The CEO of Resonac Holdings, a key supplier of non-conductive film for HBM chips and liquid encapsulants for 2.5D semiconductor packages, emphasized strategies for managing surging AI chip demand while miti... -
3M VHB 4920 Acrylic Foam Tape Delivers High-Strength Bonding for AI Servers and EV Transport Systems
Yousan New Materials USA Overview 3M has introduced its VHB 4920 Acrylic Foam Tape, offering a high-strength, invisible bonding solution as an alternative to traditional mechanical fasteners. This versatile tape provides excellent enviro... -
Resonac Secures Key Patent on Liquid Encapsulant for 2.5D AI Chips, Bolstering Reliability and Market Position
IBTimes JP Japan Overview Resonac announced that the Japan Patent Office has upheld the validity of its patent (Patent No. 7687499) for a liquid encapsulant used in 2.5D semiconductor packages for generative AI. This ruling validates the...
