New Technology– category –
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Addcomposite Slashes CFRP Battery Enclosure Design Cycle from Weeks to Hours with Bayesian AI Surrogates
Addcomposite デンマーク Overview Addcomposite successfully utilized Bayesian AI surrogate models in a new open-access study to dramatically reduce the design cycle for CFRP battery enclosures from weeks to just hours, leveraging only 50 ... -
3DXTech: PEEK Filament Establishes High-Performance Benchmark for High-Temperature 3D Printing
3DXTech USA Overview Polyetheretherketone (PEEK) filament has established the industry benchmark for high-performance 3D printing, owing to its exceptional mechanical, thermal, and chemical properties. PEEK offers an unmatched combinatio... -
COMSOL and Infrared Thermography Enable Quantitative Defect Characterization in Multi-Material Power Equipment, Elucidating CFRP Thermal Behavior
Preprints.org Switzerland Overview A new study successfully investigated the thermal response mechanisms and quantitative characterization of defects in multi-material power equipment using COMSOL Multiphysics finite element simulations ... -
Polymer-Plastics Technology and Materials, Vol. 65, Issue 10, Features Latest Research in DLP 3D Printing Composites and Multifunctional Food Packaging
Taylor & Francis Online UK Overview The 2026 Volume 65, Issue 10 of 'Polymer-Plastics Technology and Materials' has been published, featuring extensive new research on polymer and plastic materials. Highlights include a comprehensive per... -
AI and Multi-Enzyme Systems Revolutionize Biocatalytic Plastic Depolymerization, Enhancing Sustainable Recycling
EurekAlert! USA Overview Artificial Intelligence (AI)-driven enzyme design and multi-enzyme cascade systems are making significant strides in biocatalytic plastic depolymerization, positioning them as a promising avenue for enhanced sust... -
Microsoft Unveils AI-Designed ‘Majorana 2’ Quantum Chip, Achieving 1,000x Performance Improvement and Targeting 2029 Commercial System
Zonebourse France Overview Microsoft has unveiled a new AI-designed quantum computer chip, 'Majorana 2,' demonstrating a 1,000-fold performance improvement over its predecessor, achieving a breakthrough by utilizing lead as a material. M... -
Google ‘Willow’ Quantum Chip: King’s College London Gains Early Access to System 13,000x Faster Than Supercomputers for Neural Modeling
GIGAZINE Japan Overview Google Quantum AI Lab, in collaboration with the UK's National Quantum Computing Centre (NQCC), launched an early access program for its new 'Willow' quantum chip. On May 26, 2026, a King's College London team led... -
Virginia Tech Develops Acoustic Atom Chip, Opening New Quantum Computing Pathways with Sound Waves for Lower Error Rates and Extended Coherence Times
GeneOnline News Taiwan Overview A Virginia Tech research team has developed an "acoustic atom" chip device that precisely manipulates sound waves to exhibit discrete energy levels similar to real atoms. This breakthrough opens new avenue... -
Coursera Explains Quantum Machine Learning (QML) Fundamentals and Applications: Quantum Computers Could Exponentially Enhance AI Models
Coursera USA Overview A Coursera article explains the principles and applications of Quantum Machine Learning (QML), an emerging field that leverages quantum devices to enhance and accelerate classical machine learning programs. While st... -
Quantum Machine Learning: Real Science, Unproven Advantage. A 2026 ‘Honest Scorecard’ Points to Quantum Data as the Path to Breakthroughs.
(量子コンピューティング関連ブログ/分析) UK Overview A 2026 "honest scorecard" assessment finds that while Quantum Machine Learning (QML) rests on solid scientific foundations, its practical advantage over classical methods remains largel...
