Скачать или смотреть Next‑Gen Soft Robotics: 3X Stronger Soft Muscle That Beats Natural Muscle

Discover the future of soft robotics with a revolutionary 3D‑printable soft actuator that’s three times stronger than natural muscle and doesn’t need bulky external compressors or high‑voltage systems.

In this video, we break down:
✅ How researchers at Columbia Engineering solved the long‑standing challenge of creating fully autonomous soft robots
✅ What makes this synthetic soft muscle different it has 15× the strain density of biological muscle and can lift 1000× its own weight
✅ How the material works including 3D printing, embedded ethanol micro‑bubbles, and low‑voltage actuation
✅ Real robotic demonstrations showing expansion, contraction, bending, lifting, and lifelike motion
✅ Why this breakthrough could transform manufacturing, healthcare robotics, human‑robot interaction, and future AI‑controlled soft machines

This is a major step toward lifelike soft robots without external hardware, inspired by natural muscle and engineered to be low‑cost and scalable.


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📌 Credit: Research from Creative Machines Lab, Columbia Engineering. More info: Soft Material for Soft Actuators: Nature Communications DOI: 10.1038/s41467‑017‑00685‑3



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