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Andrew Corselli on Muck Rack

Andrew Corselli

Jersey City
As seen in: Men's Journal, Zero Hedge, NewsBreak, Campaign (US), International Railway Journal Magazine, Railway Age, JEMS Journal of Emergency Medical Services, Tech Briefs, Fire Engineering, FirefighterNation.com and

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Andrew Corselli’s Biography

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Writer/editor/proofreader with 19 years of experience in a professional environment. I've worked in many different mediums (print, digital, social media, etc.) and have a firm grasp on AP Style.

Articles

Self-Healing, Recyclable Biosubstrate Solves Durability Issues in Soft Sensors

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By Andrew Corselli
| Tech Briefs Verified
Andrew Corselli Assistant Professor Zhai Wei, Research Fellow Dr Dang Chao, PhD candidates Qi Haobo and Jin Yidan (from left to right) test the performance of soft skin sensors based on the reported substrate. (Image: College of Design and Engineering, NUS) Soft sensors convert movement, temperature, and moisture into electrical signals. Repeated bending and friction can cause their metal conductors to peel from the underlying polymer, while physical damage, such as cuts, can disable the device.
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A New Insect-Inspired Material Harnesses Resonance for Soft Robots

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By Andrew Corselli
| Tech Briefs Verified
Andrew Corselli Researchers have developed a new dielectric elastomer that intrinsically amplifies its own motion through resonance, enabling large-amplitude actuation without the rigid supporting structures traditionally required for soft robotic systems. The study, published in Smart Materials and Devices  , introduces a materials-based strategy that could simplify the design of lightweight, energy-efficient soft actuators for robotics and biomimetic technologies.
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The Future of Computing Might Be Driven By Light

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By Andrew Corselli
| Tech Briefs Verified
Andrew Corselli Stable nanobubble domains confined to the ferroelectric PMN-xPT single crystal’s surface are created by an applied electric field. Under above-bandgap illumination, these features remain unchanged, but upon cessation of illumination, they expand rapidly to switch the entire crystal surface, accompanied by a ≈ −5 V surface potential jump, pointing to a large reservoir of electrons at the crystal surface.
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