In the latest issue of Science, American scientists pointed out that the continuous advancement in the field of materials science enables all parts of the robot to act and react independently. Therefore, future robots may automatically change shape and More areas have found a place to use.
Nicholas Cornell, a computer scientist at the University of Colorado, one of the authors of the paper, explains that materials used to make robots are becoming more and more autonomous: they can sense the surrounding environment, make calculations, and react. There is no need to rely on the power of a computer. This means that when manufacturing robots, we can abandon the previous practice of placing sensors in the material and connecting them to the computer wires, but directly integrating the functions of the sensors and computers into the manufacturing material itself. The basic principle is that each material that makes a robot has millions of components that can calculate their own responses based on local stimuli. Then, these parts can communicate with each other, so that the whole The system is perfectly and harmoniously combined.
For example, Cornell said that with the above ideas, in the future we can create a table that can heat and cool food. He said: "All the parts that make up this table can communicate with each other and make decisions about heating or cooling the food." According to a recent report by the US Popular Science website, this paper also suggests something that sounds more like science fiction than Realistic applications: for example, video games printed on the end of the magazine, wings that change shape according to wind conditions, cars or uniforms that can be camouflaged like squid, prosthetics with touch. Cornell's graduate students also come up with a lot of innovative ideas: from mobile phone cases that can change colors to skateboards that can be rolled up when not in use.
Cornell further added that now, of course, we can also manufacture some of these products, but the manufacturing costs are extremely expensive and cannot be manufactured on a large scale. However, the emergence of new materials with autonomy will soon change this situation. Moreover, once the manufacturing method of this material becomes simpler, it will show its talents in many fields. For example, carbon fiber is a living example. British researchers initially used the physical strength of carbon fiber to make airplanes, but now we can find their shadows on tennis rackets, mobile phone cases and many other items.
Cornell said that in order to continue to advance in this field, robotics and materials science need to be combined, and robotics materials science will make great progress in the future. He plans to focus on the development of sensitive skin for prosthetic limbs in the coming years.
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