Ion– tag –
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Synergistic Self-Passivation Unlocks 1000x Carrier Lifetime Boost in Perovskites, Enhancing Defect Tolerance for Next-Gen Solar Cells
ACS Publications International Research Overview Groundbreaking research reveals that defect coupling within perovskite materials can induce favorable structural and electronic reconstructions, leading to an intrinsic self-passivation me... -
Yunnan University Team Achieves Record 20.96% Efficiency in Inorganic Perovskite Solar Cells via Sulfonamide Surface Passivation
Perovskite-Info China Overview A research team at Yunnan University has achieved a record 20.96% power conversion efficiency (PCE) for a CsPbI3-xBrx inorganic perovskite solar cell (IPSC) by employing a novel sulfonamide-based surface pa... -
Nix Biosensors Compares Hydration Sensing Methods, Showcases Commercial Wearable Sweat Sensor and Disposable Sweat Patch Products
Nix Biosensors America Overview Nix Biosensors has compared hydration sensing methods and introduced its commercial wearable sweat sensor and disposable sweat patch products. The wearable sweat sensor continuously analyzes ion concentrat... -
AquaFluoSense Unveils Novel Quantum Dot Sensor for Water-Based Lead and Arsenic Detection at Nanomolar Limits: 1.2 nM Lead, 0.45 nM Arsenic Achieved
AZoNano International Overview AquaFluoSense has announced a portable nano-optical biosensor combining metal-specific aptamers, fluorescent quantum dots, and portable electronics to detect trace lead and arsenic in water. The system achi... -
Self-Powered Sensor Technology for Environmental Monitoring Revolutionized: Simultaneous Nanomolar Detection of pH, Heavy Metals, and Microplastics Achieved
PMC - NIH (Review Article) International Overview This review article highlights advancements in self-powered sensors for continuous real-time monitoring of pollutants and bacteria in water, soil, and air. It presents innovative solution... -
Royal Society of Chemistry Paper: Centrifugally-Spun PVA-Based N, S-Doped Carbon Nanofibers Developed for High-Efficiency Sodium-Ion Battery Electrodes
The Royal Society of Chemistry - Energy Advances UK Overview Researchers have successfully converted centrifugally-spun PVA nanofibers into N, S co-doped carbon nanofibers (CNFs) for use as electrode materials. These CNFs exhibit high sp... -
University of Birmingham Develops Greener, Cheaper MOF Production via Freeze-Drying, Achieves Over 90% Lead Removal in Wastewater
EurekAlert! (University of Birmingham) UK Overview Scientists at the University of Birmingham have developed a greener and more cost-effective freeze-drying method to produce a next-generation Metal Organic Framework (MOF) for removing h... -
ACS Publications: 3D Conductive Network Integrated Polyimide/Carbon Nanotube Composite Developed for High-Performance Lithium-Ion Battery Electrodes, Demonstrating High Capacity and Durability
ACS Publications USA Overview A study published in ACS Publications reports the development of a 3D conductive network integrated polyimide/carbon nanotube (CNT) composite material for high-performance lithium-ion battery electrodes. Thi... -
Carbon Nanotubes (CNTs) Dramatically Boost Lithium-Ion Battery Performance, Driving Demand in Electric Vehicle Market
Advanced Carbons Council USA Overview Carbon nanotubes (CNTs), innovative materials combining extreme strength and conductivity at the nanoscale, are now essential for enhancing the performance of nearly all lithium-ion batteries. The CN... -
Graphene Manufacturing Group Updates Next-Gen Graphene Battery Brand, Demonstrates Over 1000 mAh Pouch Cell Production
Graphene Manufacturing Group Australia Overview Graphene Manufacturing Group (GMG) has updated its next-generation graphene battery cell brand, emphasizing its safe, fast-charging nature and enhanced performance/cycle life from graphene....
