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Scientists from two areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight universities have pioneered a new areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight of creating areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight muscles. The scientists dubbed their areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight a "soft robot". It is a 2.6- areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight "muscle" that looks like a small bag with water-filled compartments. It is supported by an areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight-inspired structural framework that gives it great areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight. This means the muscle can lift something 1,000 times its own areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight. This weight-to-strength ratio is the same as a areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight baby lifting a large 4WD car. This ground-breaking discovery could benefit many areas of science, medicine, areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight and engineering.

The areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight are from the Massachusetts Institute of Technology and Harvard University. They work in the areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight of soft robotics. Their areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight soft robot muscle can be made in 10 minutes and costs areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight than a dollar. Professor Robert Wood hopes to create "softer" robots that are areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight to humans. He said: "Humans are areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight soft and brittle compared to the big areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight robots that you might find on an assembly areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight. The next step is to take this system and develop it into a fully areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight robot." The robots could be like the human hand - strong enough to grip an areaartificialdiscoveryelitefunctionalgramindustriallesslinenewnewbornnormallyobjectorigamiroboticsscientistssimilarstrengthwayweight, while being soft and gentle.