Zane Oxenham

Chinese Researchers Built The World’s Tiniest Chip, RV32-WUJI, Using Molybdenum Disulfide, A 2D Material Just 3 Atoms Thick, With 5,931 Transistors On RISC-V Architecture For Custom Designs. They Also Created The World’s Fastest Transistor, 40% Faster & 10% More Efficient Than Silicon, Using A Bismuth-Based GAAFET Design For Better Performance.

Chinese Scientists Created One Of The Stretchiest Materials Known To Science By Linking Polymer Coils With Carbon Atoms. The Elastic Hydrogel (HG) Stretches Up To 15x Its Size Before Reverting To Its Original Shape, Unlike Traditional HGs. The HG, Tested With Robot Grippers, Proved Gentle On Fragile Items, Hinting At Wide Commercial Use.

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Scientists Have Developed A Self-Sustainable Wearable Device, Called Wearable Microgrid, Capable Of Harvesting Energy From Sweat And Body Movement To Power Small Electronics Quickly And Continuously. The Washable Wearable Device Comprises 1) Sweat-Powered Biofuel Cells, 2) Motion-Powered Devices And 3) Energy-Storing Supercapacitors.

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Researchers Have Innovated A Supercapacitor (Stores electric Energy) That Stretches To 8X Its Original Size While Being Fully Functional Without Wear Or Tear. And It Loses A Few % Points Of Energy Performance After 10,000 Cycles Of Charging And Discharging. The Device Could Be Used In, E.G., Wearable Electronics Or Biomedical Devices.

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A Scientist Has Developed A Wearable That Monitors And Uses An Autism Patient’s Heart Rate, Sweat Production, Skin Temperature, And Arm Movements, All Synchronized To A Clock, To Predict, With 84% Accuracy, Future Aggressive Outbursts 1 Min In Advance. The Device Could Help Caregivers Prepare For/Alleviate Outbursts Ahead Of Time.

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