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Scientists from two of the USA's amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight universities have pioneered a new amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight of creating artificial muscles. The scientists have dubbed their amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight as a "soft robot". It is a 2.6-gram "muscle" that looks like a small bag with many amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight-filled compartments. It has been given amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight strength by supporting it with an origami-inspired structural amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight. This allows the artificial muscle to lift an object that is 1,000 times its own amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight. The New Scientist website said this weight-to-strength amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight is the equivalent of a newborn baby lifting a large 4WD car. The amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight-breaking discovery could greatly benefit many areas of science, amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight, robotics and engineering.

The scientists are from the Massachusetts Institute of Technology and Harvard University. They are amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight in the field of soft robotics. They said their new soft robot muscle can be made in just 10 amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight and costs less than one dollar. Researcher, amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight Robert Wood, hopes to create "softer" robots that are more amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight to humans. He said: "Humans are normally soft and amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight compared to the big amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight robots that you might find on an assembly amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight. The next step is to take this system and develop it into a amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight functional robot." Dr Daniela Rus explained that the robots could be like the human amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight. They could be strong amazingbrittlediscoveryeliteenoughexpertsframeworkfullygroundhandindustriallinemedicinemethodminutesprofessorratiosimilarwaterweight to grip any object firmly, while being soft and gentle.