KIST researchers developed a method to predict molecule distribution on MXene, a nanomaterial, using its magnetoresistance property, paving the way for easier quality control and…
View More A Dream Nanomaterial: Breakthrough in Mass Production of MXene
New work being undertaken by MIT’s Cristina Rea and her co-investigators seeks to accelerate the progress of fusion science and make fusion energy a reality…
View More Unleashing Fusion Energy With the Help of AI
MIT’s breakthrough underwater communication system uses minimal power to transmit signals over kilometer-scale distances. Leveraging underwater backscatter and innovative design principles, the technology has potential…
View More Submerged Signals: MIT Unveils Pioneering Development in Underwater Communication Technology
Researchers from Tokyo Tech have innovated an OLED that emits blue light at a record low voltage of 1.47 V, potentially revolutionizing commercial smartphone and…
View More Blue OLED Advancement Set to Transform Smartphone and Large Screen Displays
Researchers at the University of Washington have developed a pioneering smart speaker system that uses robotic ‘acoustic swarms’ to segregate and manage sounds in busy…
View More Robotic Acoustic Swarms: Shape-Changing Smart Speaker for Ultimate Audio Control in Any Room
Connected vehicles improve travel time through intersections, but automated vehicles without connectivity can slow it down due to safety programming. Research emphasizes the importance of…
View More Scientists Reveal That Self-Driving Cars Can Make Traffic Slower
The polyoxometalate power generator collects the natural atmospheric humidity and produces continuous electrical signals by the uneven distribution and directional movement of ions, realizing efficient…
View More New Power Generator Produces Continuous Electricity From Natural Atmospheric Humidity
Researchers at KAUST have made strides in the realm of renewable energy storage by utilizing laser pulses to improve MXene, an electrode material. Traditional MXene…
View More Laser-Powered Leap: MXene and the Future of Rechargeable Battery Technology
A research team has synthesized a thin film of a novel topological semimetal material, which promises increased computing power and storage with lower energy use.…
View More Unique New Material Could Generate More Computing Power and Memory Storage While Using Significantly Less Energy
A team from SLAC, Stanford, MIT, and Toyota Research Institute used machine learning to re-analyze X-ray movies of lithium ions flowing in and out of…
View More Unlocking Battery Mysteries: X-Ray “Computer Vision” Reveals Unprecedented Physical and Chemical Details