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https://gotopnews.com/post/1716080
Is the “judicial day” here? After creating a robot that could turn from solid to liquid, such as a real T-1000 robot from “Terminator 2 öz, he filled the gap between sci-fi and real life. “Giving robots ability to switch between liquid and solid situations is equipped with more functionality, C Chengfeng Pan said, led by Cengfeng Pan, who pioneered groundbreaking work at Hong Kong Chinese University. Smithsonian Magazine, called “Magnetoactive Phase Transition Material ,, has been reported to be created to combine the structural integrity and strength of traditional robots with the flexibility of their soft counterparts.Imagine that you can create a sword) According to Carmel Majidi, senior writer and mechanical engineer at the University of Carnegie Mellon, MPTM was inspired by a marine vertebrate, which is marine vertebrate that can change its hardness very quickly and recycled ”. “As an engineer, difficulty for us is to imitate it in soft material systems,” he said. During a prison attempt, LEGO -like magnetoactive phase transition item .wang and Pan et al. In order to achieve this success, which challenges this physics, the researchers took off from a low -melting point with a low -melting point with approximately 86 degrees Fahrenheit. Later, they instilled with magnetic particles that allowed scientists to control how they melt or move. Maji The magnetic particles here have two roles in Majidi. “However, magnetic particles also give robots the ability to move in response to the magnetic field.” After melting like Mercury, the material then returns to the original solid form by means of cooling. Chengfeng Pan, an engineer at Hong Kong Chinese University, said, “Giving the robots the ability to switch between liquid and solid situations is equipped with more functionality. Wang and Pan et al. MPTM is coagered by environment cooling.wang and Pan et al. A accompanying video, like iconic Jailbreak scene in the “Terminator 2 ,, shows MPTM Lycification to escape from a cage before coming together.reported. Scientists think that the invention can revolutionize in the biomedical industry. In another clip, MPTM is seen to remove ball a human stomach and wrap ball from body, then re -solve the sphere body. “This material system is more practically forced to solve the very special medical and engineering problems, Pan Pan said. MPTM melts and leaks from bars such as mercury from a broken thermometer.wang and Pan et al. However, Majidi said that more research is necessary determine how to use these robots in a biomedical context.More work will need be done .. In a similar situation in April, China Hong Hong Kong University scientists created a state -of -the -art “slime robot ılan that can be manipulated magnetically manipulated to get accidentally swallowed objects and other real world practices.