Every step, car, and train creates energy we waste. A device captures these vibrations, adapts on its own, and powers devices ...
Imagine precisely placing a rice grain-sized optical chip onto a circuit board, like threading a needle on a moving truck!
Interesting Engineering on MSN
Taiwanese team develops self-tuning system that turns ambient vibrations into electricity
Researchers at National Taiwan University wondered if a vibration harvester could tune itself instead of relying on a fixed setup. Led by Professor Wei-Jiun Su, the team developed a “stretch-mode” ...
When bridges and buildings begin to vibrate, whether from the wind or traffic or another stressor, they can literally shake themselves to pieces. Watch a 1940 clip of the Tacoma Narrows Bridge ...
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Traditional isolators are built with metal springs or rubber blocks. They have low internal damping and generally are only effective at frequencies near 10 Hz. They also offer little to no isolation ...
Erik Runge, Director of Engineering at Minus K Technology, talks to AZoNano about their low-frequency vibration isolation systems. Could you provide our readers with a summary of the history of Minus ...
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