New Technology– category –
-
Matica Bio Unveils ‘Accelerated Korea IIT Platform’ to Fast-Track Cell & Gene Therapy Development with US-Korea Synergy
PR Newswire South Korea Overview Matica Biotechnology (Matica Bio) has launched its 'Accelerated Matica Korea IIT Integrated Platform Solution,' a strategic initiative in collaboration with South Korean clinical networks to expedite Inve... -
Raman Spectroscopy Emerges as Key PAT for Real-time Metabolite Monitoring in Continuous & Perfusion Bioprocessing, Aligned with ICH Q13 Guidelines
Technology Networks Global Overview Process Analytical Technology (PAT) strategies are increasingly crucial for optimizing continuous and perfusion bioprocessing. Raman spectroscopy is emerging as the preferred in-line analytical techniq... -
European Biotechs Lead Next-Gen Cell & Gene Therapy Manufacturing Innovation: From Scalable Stem Cells to Clinical CAR Treg Trials
PharmTech ヨーロッパ Overview European biotech companies are pioneering next-generation manufacturing technologies crucial for the commercial viability and accessibility of cell and gene therapies (CGTs), prioritizing scalable allogeneic... -
Weichai Power Achieves World-Leading 46.8% Thermal Efficiency for Hydrogen-Dedicated Engine in Heavy Commercial Vehicles
Weichai Power China Overview China's Weichai Power has announced a groundbreaking achievement, attaining a world-leading peak thermal efficiency of 46.8% for its hydrogen-dedicated engine designed for heavy commercial hybrid vehicles. Th... -
Toyota Files Patent for Small Hydrogen Turbine Engine (13-130hp), Expanding Decarbonization Efforts Beyond Piston Engines
CarBuzz Japan Overview Toyota is reportedly advancing hydrogen turbine development in addition to piston engines, having filed a patent for a smaller, simplified hydrogen turbine design aimed at low-power engines (13-130hp). Hydrogen's l... -
UNSW Researchers Unveil Breakthrough Fuel Cell Design Solving Critical Water Management Issues, Poised to Accelerate Adoption in Heavy Freight and Aviation
AZoCleantech Australia Overview Groundbreaking discoveries by UNSW researchers are resolving a long-standing engineering limitation in hydrogen fuel cells, bringing them closer to practical and cost-effective commercial deployment. This ... -
Lithium-Sulfur Batteries Poised for Early Commercialization in Drones, Aviation, Defense by 2026, Offering 2-3x Li-Ion Energy Density Without Cobalt or Nickel
Xnergy Materials USA Overview Lithium-sulfur (Li-S) batteries are emerging for early commercial deployment in niche applications requiring high gravimetric energy density, such as aviation, drones, and defense. They offer two to three ti... -
AI Accelerates Design and Modeling of Organic Electrochemical Energy Materials, Poised to Break Performance Limits for RFBs and Supercapacitors
ChemRxiv Unknown Overview This preprint explores AI-accelerated design and modeling of organic electrochemical energy materials (OEEMs), which offer a vast design space for next-generation energy storage applications like rechargeable ba... -
Sila Nanotechnologies Files US ITC and District Court Actions Against Chinese C-ONE to Protect Pioneering “Titan Silicon” Anode IP
Business Wire USA Overview Sila Nanotechnologies has filed complaints with the U.S. International Trade Commission (ITC) and a parallel federal district court against Carbon One New Energy Co., Ltd. (C-ONE), a Chinese battery anode manuf... -
Fraunhofer ISI Report: Lithium-Sulfur Batteries Face Commercialization Hurdles Despite High Energy Density and Material Abundance, Citing Cycle Life and Degradation Challenges
Fraunhofer ISI Germany Overview Lithium-sulfur (Li-S) batteries hold significant promise due to their high gravimetric energy density and use of abundant sulfur, avoiding critical materials like nickel and cobalt. However, a Fraunhofer I...
