In today’s topic we are going to discuss about Squishy Robots Now Have Squishy Computers to Control them. Robots made out of flexible materials have huge potential, and in recent years they’ve been the subject of a lot of research and development. But the field still has far to go, and one hurdle is the fact that robots are usually controlled using computers—which tend to be hard and inflexible. Now, a team of researchers from Harvard University has come up with a soft replacement for those hard electronic components, in the form of a rubber computer that runs on “digital logic.” Robots that have this computer as part of their design will be completely made of soft parts. Learn more in detail through Easyshiksha Online.
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The rubber computer works on a series of gates that open and close, transferring information down pathways. This is how these Squishy Robots Now Have Squishy Computers to Control them
Completely soft robots do already exist, and their movement is powered by pressurized liquid moving through tiny channels, in a process called microfluidics. But those devices are generally small, says Preston, and not able to provide the levels of airflow most robots need to move around and grip things. Low levels of airflow also make computations slower. “We designed our devices at a little bit larger scale,” he says. Higher airflow rates using their technique allow the soft robot to make computations in about a second, using pressurized air flowing through channels that are about one millimeter (0.03 inches) in diameter.
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An all-soft robot can interact with humans more effectively, which is what Preston is most excited about. After all, we’re pretty soft, and hard metal or plastic robots need to be carefully calibrated in order not to hurt us. Soft robots simply can’t exert enough force to cause harm by accident, which makes them ideal for performing surgical procedures
I hope you like this blog, Squishy Robots Now Have Squishy Computers to Control them. To learn more like this topic visit Easyshiksha and HawksCode.
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