New Technology– category –
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Beijing’s Stationary All-Solid-State Battery Operates Stably for a Year Underground, Demonstrating Robustness in Harsh Conditions but Facing EV Integration Hurdles
Car News China China Overview A stationary all-solid-state battery system operated stably for over a year within Beijing's underground heating network, enduring extreme industrial conditions of up to 85°C and 95% humidity. Developed by P... -
MDPI Review Highlights All-Solid-State Batteries’ Significant Gains in Grid Storage Safety and Energy Density; Sulfide Electrolytes Achieve High Ion Conductivity but Mass Production Pegged for 2028+
MDPI Switzerland Overview A new review in MDPI underscores the transformative potential of all-solid-state batteries (ASSBs) for grid-scale energy storage, citing their ability to significantly enhance safety and energy density by replac... -
SwRI and SMU Pioneer Nanoscale Interfacial Engineering for Enhanced Solid-State Battery Performance
Southwest Research Institute USA Overview Southwest Research Institute (SwRI) and Southern Methodist University (SMU) have initiated a collaborative research project focused on advancing solid-state battery technology by overcoming criti... -
High-Resolution Direct ToF LiDAR Brings Spatial Intelligence to Edge AI, Enhancing Robotics and AR/VR
Laser Focus World International Overview High-resolution direct Time-of-Flight (ToF) LiDAR modules are delivering groundbreaking spatial intelligence to edge AI by simultaneously providing multiple data streams, including depth maps, inf... -
U.S. National Science Foundation (NSF) Invests in Quantum Materials Research for Quantum Computing, Sensing, and Networking
U.S. National Science Foundation USA Overview The U.S. National Science Foundation (NSF) is bolstering investments in quantum materials research to deepen our understanding of matter and unlock new possibilities for future technologies l... -
Cambridge Spinoff CamGraPhIC Secures Funding to Advance Graphene-Based Photonic Transceivers for AI Interconnects and Energy Reduction
Cambridge Review UK Overview Cambridge spinoff CamGraPhIC has secured funding to advance its graphene-based photonic transceivers, aiming to enhance AI interconnectivity and reduce energy consumption. This move signals a broader industry... -
Ion-Beam Origami Cuts 3D Optical Chip Fabrication to Seconds, Achieving >100x Speedup Over Conventional Methods
Intelligent Living International Overview Researchers have developed 'Ion-Beam Origami,' a technique capable of fabricating 3D photonic nanostructures across an entire wafer in mere seconds. This breakthrough achieves over 100x speed imp... -
Advanced AI Optical Chip Technologies Fuel Strong Growth Across Next-Generation Computing Applications
Semiconductor-knowledge-hub International Overview The AI optical chip market is experiencing significant expansion driven by the growth of AI and machine learning applications. AI optical chips utilize light for data transmission and pr... -
Photonics Achieves Bandwidth, Latency, and Power Efficiency Breakthroughs, Attracting Billions in New Investments for AI Infrastructure
International Banker International Overview Photonics is attracting billions of dollars in new investment due to its essential role in AI infrastructure, achieving groundbreaking breakthroughs in bandwidth, latency, and energy efficiency... -
Germany’s SmarAct Partners with Akhetonics to Revolutionize PIC Testing Accuracy for Optical Computing with Nanopositioning Systems
Physics World Germany Overview Germany's SmarAct, specializing in high-precision positioning, automation, and measurement systems, is developing technology to translate optical computing's theoretical potential into scalable real-world a...
