New Technology– category –
-
South China University of Technology Develops Non-Flammable Electrolyte: Boosting Li-ion Battery Energy Density and Safety to 355 W/kg
EurekAlert! China Overview Scientists from South China University of Technology, Xi'an University of Technology, and Guangzhou Tinci Materials Technology have collaboratively developed a non-flammable electrolyte that simultaneously enha... -
Stony Brook University Develops Hybrid Electrolyte for Group II Cation Batteries: Achieving Environmental Reduction and High Energy Density
Stony Brook University USA Overview Researchers at Stony Brook University have developed a novel hybrid electrolyte system for Group II cation-based batteries, offering enhanced safety and reduced environmental impact compared to lithium... -
BYD Files Patent for Dual Electrolyte Cathode Approach in Solid-State Batteries to Overcome Interfacial Challenges
Car News China China Overview BYD has filed a new patent for a dual electrolyte cathode approach to tackle interfacial resistance, a critical challenge in solid-state batteries (SSBs). This patent details the use of a composite solid ele... -
Photonics21 Spearheads Europe’s Shift to Predictive Healthcare, Harnessing AI and Photonics for Early Detection
PIC Magazine / Photonics21 Europe Overview Photonics21 is advocating for a paradigm shift in European healthcare towards 'P4' medicine—Predictive, Preventive, Personalized, and Participatory—driven by the synergistic integration of photo... -
U.S. Naval Research Laboratory Accelerates Quantum Innovation with New Quantum Materials and Integrated Photonic Devices
U.S. Navy USA Overview The U.S. Naval Research Laboratory (NRL) is accelerating American quantum innovation by developing new quantum materials, integrated photonic devices, and scalable technologies. Researchers are focused on the inter... -
Nano-Printed Scaffolds Enable Direct Molecular Access to Quantum Photonics, Advancing Sensing Capabilities
AZoNano Unknown Overview Researchers have developed innovative nano-printed scaffolds that enable direct molecular access to quantum photonics. These scaffolds feature a high numerical aperture, opening new applications in sensing and qu... -
Micro-Transfer Printing Unlocks Scalable Heterogeneous Integration for Next-Gen Silicon Photonics: A Ghent University and imec Breakthrough
Photonics Online Belgium Overview Researchers from Ghent University and imec have validated micro-transfer printing (MTP) as a highly promising technique for heterogeneous integration in silicon photonics. MTP effectively merges precisio... -
University of Wisconsin Develops Full-Wave Simulation Framework for Kerr Frequency Comb Generation, Advancing Precision Measurement and Quantum Technologies
IEEE USA Overview Researchers at the University of Wisconsin-Madison have developed a new full-wave simulation framework for Kerr frequency comb generation, published in the IEEE Journal of Selected Topics in Quantum Electronics. This re... -
Optical Frequency Comb-Based Single-Frame Spectral Interferometry Enables High-Speed, Simultaneous Multi-Parameter Measurement of Optical Flat Plates
APL Photonics | AIP Publishing USA Overview Researchers developed a high-speed, non-destructive system for multi-parameter measurement of optical flat plates using optical frequency comb-driven multi-beam spectral interferometry. This in... -
Nokia Pioneers AI-Driven Automation and Pluggable Coherent Optics for Next-Gen Optical Networks
Nokia Finland Overview Nokia is spearheading a transformation in optical network operations by integrating AI-assisted automation with its ICE-X 100G/400G pluggable coherent optical devices. Leveraging WaveSuite and Transcend platforms, ...
