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A team of European researchers has programmed hundreds of small self-propelled robots to communicate with each other and change the shape of the squadron itself without outside interference.
The researchers hope that these swarms will be able to self-execute in complex tasks, such as exploring debris fields as a result of disasters or building bridges in different forms.
The researchers, under the supervision of James Sharp of the Institute of Science and Technology of Barcelona, have published the details of the invention in the new issue of the scientific journal Science Robotics, specializing in the developments of robots.
"We are demonstrating the potential to leverage nature's self-regulatory capabilities through the development of human technologies such as robots," Sharp said in a statement to the European Molecular Biology Research Laboratory.
In their experiments, the researchers used hundreds of "kelobots", robots developed a few years ago, no more than the size of a coin, which can vibrate and share information through the world. ;infrared.
As the infrared radiation of these objects does not exceed 10 centimeters, these self-propelled objects reach their neighbors only in the same way that the tissues of the body exchange information with their immediate neighbors through molecules.
Researchers provide these objects with only basic instructions, which determine how each robot integrates with its neighbor.
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