New Technology– category –
-
Imperial College London Wins Award for Solvent-Free Dry Electrode Manufacturing, Poised to Slash Battery Costs and Environmental Impact
Imperial News UK Overview The Advanced B-Solv team at Imperial College London has received a prestigious award for its solvent-free dry electrode manufacturing technology, significantly reducing lithium-ion battery production costs and e... -
Novel Carbon Anode Boosts Sodium-Ion Battery Cycle Life Beyond 500 Cycles
Journal of Energy Storage Netherlands Overview A new carbon-based anode material has enabled sodium-ion batteries to achieve high capacity retention even after 500 cycles, addressing a critical challenge in Na-ion battery longevity. This... -
ABTC Develops Novel Battery Recycling Technology Boosting Lithium Recovery Rates via Direct Extraction from Black Mass
Critical Materials Bulletin USA Overview American Battery Technology Company (ABTC) has developed an innovative recycling process that recovers lithium at an earlier stage, directly from black mass or via a carbonation step, significantl... -
Multi-Level Testing Framework Pivotal for Improving Sodium-Ion Battery Manufacturing Yields Amidst Commercial Scale-Up
iESTbattery Global Overview Sodium-ion battery production lines face low yields (~70%) due to material instability, process inconsistency, and limited cycle life compared to lithium-ion batteries. A multi-level testing framework, adapted... -
Ultra-High-Performance Ag2Se-Based Flexible Thermoelectric Generator Achieves ZT of 1.15, Paving Way for Wearable Electronics
Energy & Environmental Science (RSC Publishing) Global Overview An ultra-high-performance Ag2Se-based flexible thermoelectric generator has been developed, significantly advancing its practical application in wearable electronics. This g... -
EU Funds Advanced Materials: Driving Recycled Carbon Fiber & Next-Gen Li-Ion Battery Scaling
EU Grants Funding Europe連合 Overview The European Union has launched a new grant program for SMEs, startups, research groups, and universities to accelerate innovation in advanced materials. The initiative targets two critical areas: de... -
Infineon Emphasizes Built-In Confidence Through Advanced Embedded Memory and Material Technologies in EE Times Article
EE Times USA Overview Morten Block of Infineon, in an EE Times article titled 'Built-In Confidence,' highlighted the critical role of embedded memory in ensuring system reliability for advanced semiconductor designs. The article emphasiz... -
Tokyo University of Science Unveils Interpretable AI to Decipher Material Property Predictions, Accelerating Novel Material Design
Institute of Science Tokyo (Science Tokyo) via Advanced Intelligent Discovery Japan Overview Researchers at Tokyo University of Science have developed a novel technique to interpret how AI models predict the relationship between material... -
Dual Thermo-Photo Curing Yields Fluorine-Free Superhydrophobic Coating Retaining Efficacy After 66m Abrasion at 9.8 kPa
PubMed Japan Overview A highly durable, fluorine-free superhydrophobic polymer coating was developed using a thermo-photo dual-curing mechanism. This dual-network design rigidly anchors micro/nanofillers, allowing the coating to maintain... -
Rice-Inspired Granular Metamaterial Achieves Instantaneous Stiffening on Impact, Enabling Passive Adaptive Protection
ScienceDaily USA Overview Scientists discovered a unique property in rice: it weakens under rapid compression but strengthens under slow pressure. Leveraging this, they developed a smart granular metamaterial that stiffens instantly on i...
