German scientists develop software robots that control their actions with a magnetic field
When it comes to robots, most of the brains in your mind are hardware robots. With the development of science and technology, robots are not only hard, but there are many software robots, and their use is not only worse than hardware robots. It may be more useful than a hardware robot. Recently, the Max Planck Institute of Germany developed a software robot controlled by a magnetic field. Under the manipulation of a magnetic field, it can crawl, roll, jump, and quickly contract to grasp the rolled ball.
It is reported that the main material of this robot is silica gel, which is embedded with magnetic NdFeB microparticles. It also has the ability to multi-degree of freedom and continuous transformation, allowing you to change your body shape and size arbitrarily. Because of the combination of active deformation and passive deformation, the robot can squeeze through a gap smaller than its normal size and enter a space that traditional robots cannot enter.
Imagine what it would be like to have a "soft robot" to perform surgery on a patient. Today, in the field of ultra-invasive surgery, software robots (also known as soft robots) have begun to play their part.
In fact, compared to hardware robots, software robots are more accessible, I think this is the reason why software robots may develop better. The various functions of software robots bring more convenience to people, and their The performance of the operation is more convenient, it seems that the development prospect of the software robot is indeed very good.
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