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Samsung Patents Wearable Electronic Device with Polarizing Structure Featuring Sub-10×10^-6/°C Thermal Expansion Layer
Samsung South Korea Overview Samsung has filed a patent for a wearable electronic device incorporating a polarizing structure, notably featuring a layer with a thermal expansion coefficient (CTE) below 10×10^-6/°C. This extremely low CTE... -
Berkeley Lab Develops Novel Method to Directly Observe Electron-Defect Interactions in 2D Semiconductors, Accelerating Quantum Device Development
Berkeley Lab News Center USA Overview Researchers at Lawrence Berkeley National Laboratory have developed a powerful methodology to directly observe how electrons interact with defects in advanced 2D semiconductors at an unprecedented le... -
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... -
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,... -
Sumitomo Chemical and Gutenberg Co-Develop Liquid Crystal Polymer Filament for 3D Printing in Semiconductor and AI Applications
Plastics Today Japan Overview Sumitomo Chemical and Gutenberg Co. in Tokyo have successfully co-developed a liquid crystal polymer (LCP) filament specifically for 3D printing applications in semiconductors, AI, and next-generation mobili... -
AI and Machine Learning Enhance Bioenergy Production from Anaerobic Digestion Through Advanced Data Processing, Predictive Models, and Intelligent Control
MDPI Switzerland Overview This review summarizes advances in machine learning (ML) and AI-based approaches for predicting, optimizing, and intelligently controlling bioenergy generation in anaerobic digestion (AD) processes. The emphasis... -
Dynamic Perfusion Technology Intensifies Upstream Cell Culture Operations, Boosting Product Quality, Yield, and Facility Utilization
Bioprocess Online USA Overview Dynamic perfusion technology is emerging as an innovative approach to streamline continuous cell culture processes, significantly enhancing product quality, yield, and facility utilization. This method elim... -
Equipment-Level Digital Twins Deliver Real-Time Predictive Control and Anomaly Detection for Bioprocess Operations
BioProcess International USA Overview Equipment-level bioprocess digital twins, integrated with stirred-tank and perfusion bioreactors, now generate real-time predictive endpoints, deviation alerts, and recommended operating windows. Thi... -
Argonne National Laboratory Successfully Synthesizes First Borophene, a Metallic Single-Atom-Thick Boron, Opening New Era for 2D Materials
Argonne National Laboratory USA Overview Researchers at Argonne National Laboratory have successfully synthesized borophene, a metallic single-atom-thick boron, for the first time. This groundbreaking discovery is hailed as a next-genera... -
Penn State and Kurt J. Lesker Company Partner to Establish ASPIRE Center, Jointly Advancing Atomic-Scale Processing Technologies
Penn State News USA Overview Penn State University and Kurt J. Lesker Company (KJLC) have formed a strategic partnership to establish the ASPIRE Center of Excellence. This center will focus on developing atomic-scale processing technolog...
