New Technology– category –
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MDPI Study Compares Synthesis Methods for High-Stability Halide Solid Electrolyte Li3InxY1−xCl6, Optimizing Performance for All-Solid-State Batteries
MDPI (Chemengineering) Switzerland Overview A study published in MDPI's Chemengineering compared aqueous and mechanochemical synthesis methods for the halide solid electrolyte Li3InxY1−xCl6 (LIYC), aiming to combine the high ionic conduc... -
Solid-State Batteries Propel Robotics into Extreme Environments, Offering Unprecedented Safety and Performance
科学技術系学術誌 Unknown Overview Solid-state batteries are poised to revolutionize robotics, providing intrinsic safety, an expanded operational temperature range (-40°C to 80°C), and enhanced volumetric energy density. Leveraging advan... -
Solid-State Batteries Offer 6x Faster Charging, High Energy Density, Face Low-Temperature Performance and Lifespan Hurdles
SINEXCEL-RE USA Overview Solid-state batteries demonstrate ultra-fast charging, up to six times faster than liquid-ion counterparts, coupled with superior energy density and enhanced safety due to the elimination of flammable liquid elec... -
IMLB 2026: Advances in Solid-State Battery Electrolytes Achieve Enhanced Ionic Conductivity and Stability
IMLB Meeting International Overview IMLB 2026 presentations showcased significant progress in solid-state battery technology, including improved ionic conductivity and interface stability in sulfide argyrodite electrolytes via an anneali... -
Solid-State Batteries for Robotics: Highlighting >400 Wh/kg Energy Density and Diverse Solid Electrolyte Applications
Frontiers in Batteries and Electrochemistry International Overview A new academic paper explores the significant potential of solid-state batteries in robotics, projecting energy densities exceeding 400 Wh/kg with lithium metal anodes. V... -
Scintil Photonics CEO Highlights Co-Packaged Optics as Essential for AI Data Centers, Overcoming Copper’s Limits
Telborg UK Overview Scintil Photonics CEO Matt Crowley asserts that Co-Packaged Optics (CPO) are becoming indispensable for AI data centers due to the inherent physical limitations of copper in high-bandwidth, long-reach interconnects. C... -
Semiconductor Today Reports Advances in Picojoule-Class Optical Interconnects, Revolutionizing Power Efficiency for AI Data Centers
Semiconductor Today UK Overview Semiconductor Today reported on advancements in picojoule-class ultra-low-power optical interconnect technology, developed to address the escalating power consumption challenges associated with explosive d... -
Keysight Expands Photonic Design Automation Portfolio with System-Level Simulation to Accelerate Optical Communications Development
Keysight Newsroom USA Overview Keysight Technologies has announced an expansion of its Photonic Design Automation (PDA) portfolio, adding new system-level simulation capabilities. This enhancement allows optical communication system desi... -
International Research Team Develops Ultrafast, Low-Power Chip-Scale Modulators Using Self-Assembled Plasmonic-Organic Hybrid Nanocavities
National Science Review UK Overview An international research team, led by the University of Oxford, has successfully developed an ultrafast, low-power chip-scale modulator utilizing self-assembled plasmonic-organic hybrid nanocavities. ... -
Arista Networks Unveils 1.6T Networking Platforms for AI Fabrics, Doubling Data Center Bandwidth
DCNN Magazine USA Overview Arista Networks has introduced a new portfolio of 1.6T networking platforms designed for AI fabrics, optimized to meet the escalating bandwidth and low-latency requirements of burgeoning AI workloads. Arista em...
