Nanotechnology– category –
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Georgia Tech and Tianjin University Develop World’s First Functional Graphene Semiconductor with 10x Silicon’s Electron Mobility, Compatible with Existing Chip Infrastructure
Iron Circuit (YouTube) USA, China Overview Researchers from Georgia Tech and Tianjin University have developed the world's first functional graphene semiconductor, achieving electron mobility ten times higher than silicon. Published in N... -
Vienna Scientists Achieve Atomic-Precision Nanopore Sculpting in ‘White Graphene’ for Breakthrough Applications
University of Vienna, Scientific Frontline Austria Overview Researchers at the University of Vienna have achieved unprecedented atomic-level control over nanopore geometries within hexagonal boron nitride (hBN), or 'white graphene.' By p... -
Avadain’s LTDF Graphene to Revolutionize Industrial 3D Printing, Enabling 20-40% Weight Reduction in Aerospace
EIN Presswire USA Overview Avadain announced that its Large, Thin, and Defect-Free (LTDF) graphene will significantly enhance industrial 3D printing across aerospace, automotive, and healthcare sectors. By incorporating LTDF graphene int... -
HydroGraph Opens Texas Headquarters, Establishing 30-Ton Annual Graphene Production Capacity with Hyperion Reactor™ Technology
PCI Magazine USA Overview HydroGraph Clean Power Inc. has opened its new Texas headquarters, serving as a graphene development and manufacturing hub with an initial production capacity of 30 tons of pristine graphene per year. The compan... -
U.S. Department of Energy Funds Coal-Derived Graphene Research for Conductors, Batteries, and Motors
Department of Energy USA Overview The U.S. Department of Energy has selected multiple projects under its FOA 2620 Carbon Ore Processing program to develop coal-derived graphene materials. Tennessee Technological University will optimize ... -
Vertically Aligned MXene-ZnNi2S4-ZnNi2O4 Nanoflake Ensemble Achieves 329.1 F/g Capacitance for Multifunctional Energy Storage Cathode
Nanoscale | The Royal Society of Chemistry UK Overview Researchers developed a vertically aligned MXene-ZnNi2S4-ZnNi2O4 nanoflake ensemble, successfully demonstrating its potential as a versatile cathode for multivalent metal ion storage... -
Chinese Researchers Develop ZrB2/MXene Composite for Li-S Battery, Achieving 1395.9 mA·h/g Initial Capacity and 0.072% Decay Rate Over 500 Cycles
Journal of Materials Science: Materials in Electronics China Overview A Chinese research team has fabricated a sulfur-affinic ZrB2/MXene composite as a sulfur host for lithium-sulfur (Li-S) battery cathodes. The S/ZrB2/MXene electrode de... -
Graphene Manufacturing Group Reports Long-Life Cycling Data for Graphene-Aluminum-Ion Batteries, Commissions Modular Production Plant
Facebook (Graphene Manufacturing Group) Australia Overview Graphene Manufacturing Group (GMG) has announced long-life battery cycling data, showcasing progress in its graphene-aluminum-ion battery technology and its potential to surpass ... -
Chinese Researchers Develop MXene/Fe3S4@FeSe2 Heterojunctions, Achieving 450 mAh/g Initial Capacity in Sodium-Ion Batteries
Journal of Functional Materials China Overview Chinese researchers have developed MXene/Fe3S4@FeSe2 multi-heterojunction materials using a "MOFs-derived-sulfidation-selenidation" strategy, demonstrating excellent performance as high-perf... -
University of Manchester Study Provides Strong Evidence for Electron Interaction’s Central Role in Graphene’s Unconventional Superconductivity
The University of Manchester, EurekAlert! UK Overview Scientists at The University of Manchester's National Graphene Institute have demonstrated that superconductivity in magic-angle graphene can be completely switched off by weakening e...
