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Breakthrough in Hydrogel Launcher Technology Introduction to the Fracture-Driven, Power-Amplified Hydrogel Launcher Mechanical engineers from around the world have introduced a breakthrough in the form of a fracture-driven, power-amplified hydrogel launcher, with their findings featured in Nature Materials . Robotics and Rapid Pro pulsion Challenges in Robotics Pro pulsion In robotics, certain tasks demand ra pid  pro pulsion, whether it's jum ping, ejecting, or cata pulting materials from one location to another. These actions are often achieved by designing robots that store energy beforehand and release it, similar to a s pring mechanism. Limitations of Current Propulsion Methods Many of these robots rely on chemical or elastic energy, which are often constrained by low energy out put. In this recent work, the researchers introduced a launcher driven by a novel  pro pulsion source that offers greater energy  potential. Ins piration from Nature Observations from the S...