New Technology– category –
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CombiCult® Platform Boosts iPSC-Derived NK Cell Production 10-Fold in Stirred-Tank Bioreactors for Allogeneic Solid Tumor Therapy
Frontiers Switzerland Overview A study published in Frontiers has identified a feeder-free, manufacturable protocol for generating iPSC-derived NK (iNK) cells using the CombiCult® high-throughput screening platform. Scaling up to stirred... -
MDPI Study Reveals Climate Change Could Impact Global Green Hydrogen Production Costs by Up to 20%
MDPI Switzerland Overview A study on green hydrogen production published in MDPI indicates that climate change could increase green hydrogen production costs by up to 20% in some global locations. Approximately 16% of locations are proje... -
Fraunhofer ISE Unveils Breakthrough System Achieving 31.3% Solar-to-Hydrogen Efficiency Under Outdoor Conditions
Hydrogen Fuel News Germany Overview Fraunhofer Institute for Solar Energy Systems (ISE) has announced a groundbreaking photovoltaic water electrolysis system achieving a record 31.3% solar-to-hydrogen conversion efficiency under outdoor ... -
Silicon-Carbon Anode Industrialization Accelerates: Demand for High-Energy Density Applications in EVs, eVTOLs, and AI Devices Projected to Increase 40-Fold Post-2026
Internet Info Agency China Overview Silicon-carbon anode materials are entering large-scale industrialization, with high-energy-density applications in premium New Energy Vehicles (NEVs), eVTOLs, and on-board AI devices expected to drive... -
KAIST/Korea University Develops ‘Interfacial Instability’ Control Technology Solving Dendrite Growth in Lithium Metal Batteries, Enabling Stable High-Current Fast Charging
Tech Briefs South Korea Overview A Korean research team from KAIST and Korea University has developed a breakthrough technology to resolve "interfacial instability" in lithium-metal batteries, which causes dendrite growth and reduces bat... -
Nissan, Oxford University, and Gelion Launch UK-Funded CoRe-SoLiS Project to Develop High-Performance, Cost-Effective Lithium-Sulfur Solid-State Batteries for Automotive Applications
Vertex AI Search (grounding-api-redirect) UK Overview Nissan, the University of Oxford, and Gelion Technologies are collaborating on the UK government-funded "CoRe-SoLiS" project to develop high-energy, long-lasting lithium-sulfur solid-... -
Lingnan University Unveils Collaborative Research on ‘AI + Wrinkled Materials’ for Anti-Counterfeiting, Artificial Organs, and Stretchable Batteries
Lingnan University Press Release Hong Kong Overview Lingnan University's research team has announced collaborative research exploring future applications of 'AI + wrinkled materials.' This study aims to control the unpredictable structur... -
Qnity Electronics Enhances Organic Interposer Materials for AI-Driven GPUs, Boosting Performance and Reliability of High-Performance Semiconductors
Qnity Electronics, Inc. Press Release USA Overview Qnity Electronics has launched enhanced advanced packaging material solutions for organic interposer applications in AI-driven GPUs, including "Intervia™ 8540HSP Copper" and "Cyclotene™ ... -
Iron-Fortified Biochar Halves Harmful Gas Emissions from Farm Compost and Improves Quality, Chinese Academy of Agricultural Sciences Reports
EurekAlert! China Overview Researchers at the Chinese Academy of Agricultural Sciences have successfully developed iron-fortified biochar (FeBC) which halves harmful gas emissions from farm compost. FeBC is produced by impregnating corn ... -
Stellantis Begins Real-World Testing of Factorial Solid-State Batteries in Dodge Charger Daytona, A Key Step Towards Production EVs
Car and Driver USA Overview Stellantis has commenced real-world testing of Factorial's solid-state batteries in a prototype Dodge Charger Daytona. The solid-state battery boasts an energy density of 375 Wh/kg and a fast-charging capabili...
