The team of researchers from the University of Colorado Boulder was inspired by organic muscles to develop the soft "actuators." The technology could streamline bulky metal androids and enable them to ...
In the basement of the Engineering Center at the University of Colorado Boulder, a group of researchers is working to create the next generation of robots. Instead of the metallic droids you may be ...
We often think of robots as superior to ourselves, but when it comes to the abilities afforded us by our muscles, robots have a hard time keeping up. Researchers at the University of Colorado Boulder ...
The need to create more viable soft sensors is increasing in tandem with the growing interest in soft robots. Several sensing methods, like capacitive stretch sensing and intrinsic capacitive ...
Developing robots with human-like muscles that produce autonomous movement is not possible using traditional rigid, high-voltage electronics. However, recent research funded by FlexTech, a SEMI ...
The University of Colorado has created next generation healing soft muscle actuators. It is inspired by biological muscle. he newly developed hydraulically amplified self-healing electrostatic (HASEL) ...
We often think of robots as superior to ourselves, but when it comes to the abilities afforded us by our muscles, robots have a hard time keeping up. Researchers at the University of Colorado Boulder ...
Current robotic materials and prosthetic limbs, while quickly gaining precision and application, are typically made of rigid materials and aren’t the most graceful machines – think C-3PO from "Star ...
Artimus Robotics Inc., a technology-transfer spinoff from research at the University of Colorado Boulder, has secured more than $3.5 million in grants and contracts that company officials say will ...
The stretchy material highlighted in the yellow box is the HASEL actuator, or "artificial muscle" that moves this robotic arm. The HASEL expands and contracts like a human muscle. Tim Morrissey and ...
We often think of robots as superior to ourselves, but when it comes to the abilities afforded us by our muscles, robots have a hard time keeping up. Researchers at the University of Colorado Boulder ...
A new class of soft, electrically activated devices is capable of mimicking the expansion and contraction of natural muscles. These devices, which can be constructed from a wide range of low-cost ...
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