NewsScattered Patches of Green around Urban Parks Can Impact Biodiversityby Tokyo Metropolitan UniversityNew study reveals a larger, “concealed” island inhabited by mobile fauna
NewsScientists Optimize Methods to Study Brains at Rest in a Key Model Organismby Tokyo Metropolitan UniversityRight choice of sedative/anesthetic preserves resting state network in marmosets
NewsScientists Use Surfactant to Help Make 'Inert' Templates for Nanotube Growthby Tokyo Metropolitan UniversityBoron nitride nanotube dispersal helps reveal exotic properties of new 1D materials
NewsDamage-Free Way to Gauge the Health of Next-Gen Batteries for Electric Vehiclesby Tokyo Metropolitan UniversityElectrochemical impedance spectroscopy shows how solid-state lithium metal batteries degrade
NewsScientists Fine-Tune “Tweezers of Sound” for Contactless Manipulationby Tokyo Metropolitan UniversityAdaptive control helps realize more stable lifting of particles from surfaces
NewsFastest Carbon Dioxide Catcher Heralds New Age for Direct Air Captureby Tokyo Metropolitan UniversityNew carbon sorbent is 99 percent efficient, lightning fast, and easily recyclable
NewsIonic Liquids in Next-Gen Solid-State Lithium Metal Batteriesby Tokyo Metropolitan UniversityQuasi-solid-state-electrodes realize a significant reduction in interfacial resistance
NewsShuffling Bubbles Reveal How Liquid Foams Evolveby Tokyo Metropolitan UniversityThe application of foams tends to take advantage of their unique structure, which is why understanding how their structure can change over time is so important
NewsFast, Accurate Estimation of the Earth's Magnetic Field for Natural Disaster Detectionby Tokyo Metropolitan UniversityDeep neural networks to detect magnetic field anomalies for faster warnings before earthquakes and tsunamis