September 2026– date –
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LG AI Research Unveils ‘Exaone Discovery’ AI, Identifies Hair Loss Material in 1 Day from 420K Candidates, Plans 24-Hour Autonomous Lab
LG AI Research South Korea Overview LG AI Research introduced its "Expert AI" solutions, including "Exaone Discovery" for material property prediction and design, at the LG AI Talk Concert 2026. This AI, in collaboration with LG H&H,... -
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... -
European Coatings: Nanofiller Design with 2D MXene and CeO₂ Achieves Combined UV Protection and Corrosion Resistance, Revolutionizing Coating Tech
European Coatings Germany Overview A newly developed epoxy-based double-layer superhydrophobic coating offers high mechanical durability, over 30 days of corrosion protection, and significantly enhanced UV resistance through 2D MXene bar... -
Northeastern University Develops ‘qdmag’ Software for Millisecond-Scale Simulation of Molecular Magnetism, Advancing Spintronics
Quantum Zeitgeist USA Overview Scientists at Northeastern University have created qdmag, a Python package designed for accurately simulating molecular magnetism's dynamic behavior over milliseconds. This tool, which solves a generalized ... -
Rice University Reveals New ‘Altermagnetism’ in Ultrathin Ruthenium Dioxide Films, Paving Way for Next-Gen Spintronics
SciTechDaily USA Overview Researchers including those from Rice University have found evidence that ultrathin films of ruthenium dioxide (RuO₂) exhibit an unusual form of magnetism called altermagnetism. This discovery suggests that latt... -
Centimeter-Scale Room-Temperature Ferromagnetic Semiconductor Films Grown on Mica Advance Spintronics
Spintronics-Info China, USA, Hong Kong Overview An international research team, including scientists from Wenzhou University and MIT, has achieved the centimeter-scale growth of single-crystalline iron-doped cobalt oxide films exhibiting... -
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... -
China’s Xingyi Core Energy Technology Raises ~$14 Million for Space-Grade Flexible Perovskite Solar Wings, Accelerating Development
Dealroom China Overview China-based startup Xingyi Core Energy Technology has completed a Pre-A funding round worth nearly RMB 100 million (approx. $14 million) for its space-grade perovskite solar cells and flexible packaging substrates... -
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 ...
