New Technology– category –
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AI Integration Transforms Clinical Trials: Boosting Efficiency, Accelerating Development, and Navigating Ethical Frontiers
Krishna School Of Pharmacy & Research (via IJPS Journal) India Overview A review highlights the escalating integration of AI, encompassing machine learning, deep learning, predictive analytics, and natural language processing, across all... -
3D Printing Accelerates Personalized Surgical Models in Hospitals by 2026, Contributing to Reduced Recovery Times and Fewer Complications
YouTube (3D Natives) International Overview By 2026, 3D printing technology has transcended experimental stages in hospitals, evolving into a practical, life-saving solution through the creation of patient-specific surgical models. This ... -
Polymeric Membrane Technology for CO2 Separation and Capture Advances Significantly in 10 Years, Achieving High Efficiency and Low Energy Separation with Ether-Oxygen Rich Polymers and Other Novel Materials
ResearchGate International Overview Over the past decade, CO2 separation and capture has become a major field in polymer science and membrane research, with polymeric membranes offering high energy and separation efficiency for CO2/N2, C... -
New Ultra-low Loss Build-up Dielectric Film for Advanced Packaging Reduces Signal Transmission Loss by 40%, Significantly Enhancing High-Performance IC Substrate Reliability
Vertex AI Search International Overview A novel build-up dielectric material developed for advanced integrated circuit (IC) packaging overcomes the high-frequency and high-temperature dielectric loss challenges of existing epoxy resins. ... -
Fraunhofer ISC Commercializes Renewable-Based, Fluorine-Free ORMOCER® Coatings, Achieving PFAS-Equivalent Performance and Over 25% Environmental Impact Reduction
Fraunhofer ISC Germany Overview Germany's Fraunhofer ISC has developed and commercialized fluorine-free ORMOCER® coatings from renewable and non-toxic compounds as a robust PFAS alternative. These inorganic-organic hybrid polymers delive... -
BASF Develops PFAS-Free Flame Retardant PPA for Next-Gen Batteries, Addressing 800V Architectures and Solid-State Cells, While Closing Polyamide Circularity Loop
AI Online Germany Overview BASF is advancing high-performance materials to support electric mobility progress in next-generation battery materials. The company addresses increasing electrical, thermal, and mechanical stresses on battery ... -
JGC Holdings Opens ‘JBX1’ Bio-Manufacturing Research Center in Kobe, Targeting Direct CO2-to-Polymer Synthesis via Gas Fermentation with NEDO Green Innovation Fund Support
Zenbird Japan Overview JGC Holdings Corporation has inaugurated its first bio-manufacturing research facility, "JBX1," on Kobe Port Island, commencing the production of chemicals and materials from non-fossil resources via gas fermentati... -
Daher Demonstrates Thermoplastics Can Replace Aircraft Aluminum with 64-Layer Carbon Fiber Reinforced Wing Rib, Paving Way for Primary Aerospace Structures
LFRT-Plastic International（France, USA） Overview The potential for thermoplastic composites to replace aluminum in primary aircraft structures has been demonstrated by Daher's innovative wing rib. This rib, constructed with 64 layers a... -
Novel Polyketimine Networks Achieve Stable Performance and Closed-Loop Recyclability Without Consumable Reagents or Catalysts, Offering Promising Strategy Against Plastic Pollution
Journal of the American Chemical Society USA Overview Groundbreaking research has unveiled highly dynamic yet stable polyketimine networks that offer a promising strategy against plastic pollution. This novel material enables closed-loop... -
Resistance-Welded CF/LM-PAEK Composites Pave Way for Truly Circular Structures in Aerospace, Overcoming Recycling Challenges
Engineer Live UK Overview Recent research on resistance-welded Carbon Fiber-Reinforced Low-Melt Poly(aryletherketone) (CF/LM-PAEK) composites is gaining significant attention for enabling a circular economy in carbon fiber composites. Th...
