May 2026– date –
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Additive-Free Interfacial Strategy Boosts Perovskite Cell Efficiency to 26.25% and Extends Lifetime to 24,800 Hours
XenoSpectrum Japan Overview An international team including Seoul, Korea, and Toledo Universities has achieved a certified 25.61% (reported 26.25%) conversion efficiency and an estimated 24,800-hour operational lifetime for perovskite so... -
Toyo Seikan Group Partners with TNO Spin-off Perovion to Scale Perovskite Solar Cell Production Globally
東洋製罐グループホールディングス Japan Overview Toyo Seikan Group Holdings has formed a strategic partnership with Perovion Technologies B.V., a spin-off from the Netherlands Organization for Applied Scientific Research (TNO), to acceler... -
AIST Develops Novel Technology for Culture Medium Quality Assessment Using Machine Learning and Fluorescent Polymers: Revolutionizing Biomanufacturing
国立研究開発法人産業技術総合研究所 (AIST) Japan Overview The National Institute of Advanced Industrial Science and Technology (AIST) has developed a new "chemical tongue" sensor technology for assessing the quality of culture media and s... -
KRIBB Develops Ultra-Precision Nanopore Sensor for Atomic-Level Analysis of Protein-Drug Binding
電子新聞 (韓国) South Korea Overview A KRIBB team developed an ultra-precision nanopore sensor capable of observing and analyzing protein-drug binding at an atomic level. This sensor detects subtle electrical signal changes as proteins p... -
Discovery of Molecular Recognition Control by RNA-DNA Chimeric Aptamers: A New Foundation for Biosensor and Targeted Drug Development
千葉工業大学 (PR Times経由) Japan Overview A joint research team, spearheaded by Chiba Institute of Technology, discovered that combining RNA and DNA can modulate the molecular recognition capabilities of nucleic acid aptamers. This rese... -
Graphene Monolayer Vibrational Sensor Enables Simultaneous Mass and Particle Count Detection of Viruses: Towards IoT Biosensors by Toyohashi University of Technology and AIST
電波新聞 Japan Overview A joint team from Toyohashi University of Technology and AIST developed a graphene nanosensor utilizing semiconductor MEMS technology for simultaneous detection of viral mass and particle count. This multimodal ap... -
Dual-Amplification Strategy with Copper Nanoclusters Enables Highly Sensitive Endometriosis Diagnosis
ACS Publications, Analytical Chemistry Taiwan Overview National Taiwan University researchers have developed a fluorescent biosensing platform for highly sensitive and specific detection of endometriosis biomarker miR-199a-5p in serum. T... -
Smart Dressing Patch from KAIST Enables Real-Time Diagnosis and Continuous Management of Diabetic Ulcers
KAIST (韓国科学技術院) South Korea Overview KAIST researchers have developed a smart dressing patch for real-time diagnosis and continuous management of diabetic ulcers. Integrating photoelectric sensors, functional nanofibers, and NFC t... -
Tokyo University Presents Dielectric-loaded High Transmission Electromagnetic-wave Sensor (DES) for Non-invasive Glucose Monitoring
電子情報通信学会 (IEICE) Japan Overview Researchers from Tokyo University, including Bingyi Zhang, Ryo Natsuaki, and Akira Hirose, have presented a novel Dielectric-loaded High Transmission Electromagnetic-wave Sensor (DES) for non-invas... -
Pukyong National University Develops Ultra-Sensitive Sensor Technology for Wearable and Precision Healthcare
Pukyong National University South Korea Overview Professor Kim Jong-Hyeong's team at Pukyong National University has developed an ultra-sensitive sensor technology with broad applications in wearable devices and precision healthcare. Thi...
