Nowadays, robots can perform various tasks in addition to moving like humans. However, the robot does not work according to its own will, but according to human instructions. Researchers at King's College London have developed a new method to solve this problem. In this way, the robot will be able to analyze various complex issues on its own. As a result, the researchers claimed that robots will have the ability to think like humans in the future.

AI Robot

Researchers have developed a new technology compact circuit to increase the robot's range of knowledge. The circuit can work by using the pressure variation in the fluid. According to the researchers, the robot will be able to give multiple commands or instructions through the circuit. This will lead to the development of human beings within the architecture of robots. Then the robot will be able to do various tasks by thinking on its own.

In this regard, scientist Antonio Forte said, dividing the work of the robot system into different parts reduces the pressure on the overall computational process. The circuit can then increase the robot's ability to understand and respond to the social context. This will allow the robot to display large-scale skills through more subtle interactions. Such advances will enable robots to think like humans in the future and perform various tasks.
Currently, robot control technology is dependent on computer processor and electrical power. As a result, their performance is also limited. But with this new circuit, it is expected that the robot will acquire the ability to work in an environment without electricity for a long time. In this regard, Antonio Forte said that although the software-based capabilities of robots have increased, hardware-related innovations are not accelerating.

With the new circuit, a hardware framework can be created, which will give the robot the freedom to act independently. Just as the human brain autonomously controls functions such as heart rate without direct supervision, robots will also be able to control their various functions.