Because today’s robots in most respects in nature they still lag behind the animals. In any case, the research and tests demonstrate this result.

What about robots? Why is he unable to distinguish himself from the animals?

Animals and robots were compared by researchers in different categories.

Under these categories; There was power, control, speed and area detection. results, The robots are clearly behind.It showed. The main reason for this failure of the robots was not that they lagged behind in any one category, but their failure in the totality of these categories.

Mechanical engineer Kaushik Jayaram of the University of Colorado Boulder says that at the systems level, robots are not as good as they are cracked up to be. that they were compromising their natural design he declared.

For example, when trying to improve the speed of a robot, his turning ability took a backseat. So while one side improved, the other side always fell behind.

As an example of this issue, Jayaram wanted to show a cockroach-inspired robot.

The engineer involved in the development of this robot in 2020 showed that the robot can move forward and backward very quickly, but at the point of change of direction or when there are not a hundred levels. fell behind in mobility he declared.

So much so that researchers stated that even the smallest insects are much more successful at detecting their environment and adapting their actions to the environment. The result is that animals, in a sense It is a kind of embodiment of this high-quality design principle.

What needs to happen right now is for engineers and other experts in their fields to do that to produce much more flexible, agile and powerful robots. Let’s see if in the future it will be possible to see robots beyond animals.

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