Despite scientists' attempts to simulate it, the human brain remains a highly complex system, but later discoveries have revealed that the key lies in the neural clamp of the brain, which transmits commands to the body.

While our brains operate using water and dissolved salt molecules, most computer devices are inspired by brain function.

For the first time in human history, scientists have succeeded in creating a neural clamp measuring 200×150 micrometers, relying on water and salt.

Physicist Dr. Tim Kamsma at the Institute for Theoretical Physics at Utrecht University in the Netherlands explained that he effectively simulates neural behavior using a system that utilizes the same water and salt medium found in the brain.

This artificial clamp comes in the form of a small channel filled with a solution of water and salt, where electrical stimulation affects the ions in the solution.

Kamsma pointed out the possibility of designing channels to retain and process information for varying periods, similar to the neural interconnection mechanisms found in human brains, and added: "It's a crucial advancement in the field of computer devices, capable not only of simulating patterns of communication in the human brain, but also using the same medium."