British and Swiss scientists work together to develop a robotic system that evolves and continuously improves performance. Their ultimate goal is to develop robots that can adapt to their surroundings and can be used in the future for automotive or agricultural applications.

According to the BBC, August 12 (Beijing time), a "mother" robot arm built some "baby" robots in the new system. These "babies" are made of plastic cubes with a motor inside. The "mother" evaluates the speed of "baby" movement and improves her design without human intervention, setting up a robot that moves faster and moves farther.

The "mother" robot set up ten generations of "baby" robots, the last generation of "baby" robots to move twice the distance of the first generation "baby" robots. The latest research was published in the journal Science Public Library.

The research leader, Lydia Yu-kai of Cambridge University, said one of the goals of the system was to further understand the evolutionary process of living things. "One of the biggest issues in biology is how intelligence evolves and when it comes in. We want to use robotic technology to solve this mystery." He continues, "Robots are always doing repetitive tasks, and they're mainly for Designed for mass production rather than mass customization, we want robots to be innovative and creative. "

Another researcher, Andrew Rosette, said another goal of the study was to develop robots that could improve themselves and adapt to the new environment. "In the future, such robots can be used in a wide range of automotive or agricultural applications: robots look for flaws in cars and do it yourself; try different harvesting methods to increase crop yields, etc."

Lida Yuzai explained that he did the research because the robots he saw in real life did not get as good as the robots seen in science fiction or science fiction movies like Star Wars or Star Trek . He hopes to get inspiration from nature to improve the efficiency and adaptability of the traditional robot system, thus changing the status quo. However, those who worry that the robot will take over the world need not be extravagant, at least for now.

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Evolution is due to the ability of the intelligent system to self-improve, the robot must be able to copy itself, and let the copy of the offspring "out of the blue and outweigh the blue," is the evolution of the biological sense, the only way that future generations can continue to adapt to the environment and ensure that life continue. Therefore, the way the "mother" robot makes "babies" does not create a copy of itself. It is more like simulating a human experiment in assembling a trolley in a laboratory and searching for the best solution through trial and error. Therefore, this should be more attributed to the field of machine learning ability, rather than the concept of evolution.

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