Sound-Powered Artificial Muscles Bring Soft Robots Closer to Reality

Researchers at ETH Zurich have made a significant breakthrough in building artificial muscles that can be manipulated using ultrasonic sound waves. The technology is based on a silicone base material that has been molded into thin, flexible membranes with teeny small pores on one side, each around 100 micrometers across. Each of these holes contains [...]

Sound-Powered Artificial Muscles Bring Soft Robots Closer to Reality
Researchers at ETH Zurich have made a significant breakthrough in building artificial muscles that can be manipulated using ultrasonic sound waves. The technology is based on a silicone base material that has been molded into thin, flexible membranes with teeny small pores on one side, each around 100 micrometers across. Each of these holes contains [...]

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