June 2026– date –
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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... -
Top 10 PFAS-Free Apparel Brands Emerge, Expanding Choices for Environmentally and Health-Conscious Consumers
The Good Trade USA Overview As environmental awareness grows, the selection of PFAS (per- and polyfluoroalkyl substances)-free apparel brands is expanding, prioritizing healthier options for skin, body, and the environment. Advances in t... -
New York Lawmakers Advance ‘Packaging Reduction and Recycling Infrastructure Act,’ Countering Plastic Industry’s Misleading Claims on Chemical Recycling
Beyond Plastics USA Overview New York lawmakers and advocates are actively pushing the 'Packaging Reduction and Recycling Infrastructure Act (PRRIA)' and refuting the plastic industry's misleading assertions regarding chemical recycling.... -
Denovia’s Low-Temperature Chemical Recycling Converts Contaminated Fast Fashion Waste into Polyester Monomers at 70-90°C
Powder & Bulk Solids USA Overview Sustainable plastics recycler Denovia has announced a breakthrough in commercial trials, successfully converting contaminated post-consumer textile waste into high-purity terephthalic acid (PTA) monomers... -
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... -
Quantum X Labs Unveils 50+ Qubit Neutral Atom Quantum Computing Platform, Targets Thousands of Qubits by H1 2027
wallstreetONLINE Germany Overview Quantum X Labs has announced a neutral atom quantum computing platform with over 50 qubits, aiming to achieve a milestone of several thousand qubits by the end of H1 2027. The company emphasizes the impo... -
Quantinuum Raises $1.68 Billion in US IPO, Stock Priced at $60/share, Driving Quantum Computing Market with 98-Qubit ‘Helios’ and Future ‘Apollo’ Systems
Reuters via SiliconANGLE USA Overview Honeywell-backed Quantinuum successfully raised $1.68 billion in its U.S. IPO, with shares priced at $60 each. The company sells 'Helios,' a 98-qubit ion-trap quantum computer, and plans to ship 'Apo... -
IBM Commits Over $10 Billion to Quantum Computing R&D, Accelerating Roadmap to World’s First ‘IBM Quantum Starling’ Fault-Tolerant System by 2029
IBM USA Overview IBM has announced plans to invest over $10 billion in quantum computing over the next five years, accelerating its roadmap towards fault-tolerant quantum computers. This massive investment spans R&D, capital expendit... -
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...
