New Technology– category –
-
Penn State and Rice University Discover Graphene’s Nanowrinkles Bend Physics to Shape Electrical Flow, Enabling Device Control Without Chemical Modification
Penn State / Rice University USA Overview Researchers from Penn State and Rice University have demonstrated that tiny wrinkles in graphene can significantly alter its electrical properties, allowing for the control of electricity flow in... -
Elevated Materials Wins $50 Million DOE Grant to Build 3.5 GW Battery Material Plant for Ultra-Thin Lithium Film Production
Dealroom USA Overview Elevated Materials, a California-based startup specializing in ultra-thin lithium film, has secured a $50 million grant from the U.S. Department of Energy (DOE). This funding will cover half the cost of a planned 3.... -
Alexium International Launches EcoTek: Biodegradable Microencapsulated Phase Change Material, Revolutionizing Thermal Management
BedTimes Magazine USA Overview Alexium International has announced EcoTek, a new family of biodegradable microencapsulated phase change materials (mPCMs). EcoTek features a biodegradable microcapsule that passed OECD 301F testing and is ... -
BASF Unveils New Plastics at Fakuma 2026: Ultramid H33 L and Ultramid Expand Deliver Resilience, Sustainability, and Performance
BASF Germany Overview BASF unveiled new material solutions at Fakuma 2026, showcasing materials that balance resilience, sustainability, and performance. Notably, they introduced Ultramid® H33 L, the world's first thermoplastic polyamide... -
iGii Secures €26.5 Million Funding for Commercialization of Proprietary 3D Porous Carbon Nanomaterial ‘Gii’
EU-Startups UK Overview Stirling-based DeepTech company iGii has secured €26.49 million in new funding to accelerate the commercialization and industrial adoption of its proprietary three-dimensional porous carbon nanomaterial, Gii. Gii,... -
NovoLINC Launches MaxLINC: Industry-Leading 0.7 mm²•K/W Thermal Resistance for Multi-Kilowatt AI Chips
Morningstar USA Overview NovoLINC, a Carnegie Mellon University spin-out, has launched MaxLINC, a new generation of thermal interface material (TIM) engineered for multi-kilowatt AI chips. Built on a proprietary nanostructured composite ... -
Osaka Metropolitan University Achieves Precise Composition Control and Fabrication of High-Entropy Alloys via Underwater Laser Irradiation, Accelerating Next-Gen Material Development
Science Japan Japan Overview A research group at Osaka Metropolitan University has successfully fabricated multi-element high-entropy alloy (HEA) nanoparticles using an underwater laser irradiation method. The study identified the cause ... -
University of Melbourne Develops Metasurface Optical Screen Converting Infrared to Visible Light with 1000x Brightness, Paving Way for Cheaper Infrared Cameras
EurekAlert! Australia Overview Researchers led by the University of Melbourne have developed an optical screen, or 'metasurface,' covered in tiny rare-earth nanoparticles that directly converts invisible infrared light into visible light... -
Drexel University Establishes New Vapor-Phase Synthesis for 2D Crystalline MXene, Expanding Applications in Electronics and Quantum Technologies
Drexel University USA Overview Researchers at Drexel University have successfully developed a novel vapor-phase synthesis process for creating crystalline two-dimensional MXene directly via gas-to-solid growth. This method, which bears s... -
MAKO Advanced Materials Unveils HyperCure: Creel-Free Unidirectional Carbon Fiber Prepreg with 9-Minute Cure Time
The National Law Review USA Overview MAKO Advanced Materials has launched its new Creel-Free Unidirectional (UD) Carbon Fiber Prepreg, integrating custom carbon reinforcement with their proprietary HyperCure epoxy resin system. This inno...
