Project implanted the chip into the brain to increase intelligence for humans

An American company invests $ 100 million to develop implantable devices for the brain that boosts human intelligence.

Bryan Johnson, the founder of Kernel in the United States, plans to develop a chip that boosts memory and other functions in healthy people with a $ 100 million investment, New Scientist reported on Oct. 20. Johnson's goal is to implant the brain into the brain to enhance cognitive abilities.

The chip will be tiny enough to be easily implanted into the brain, which can record or simulate multiple neurons. Johnson is working with Dr. Theodore Berger at the University of Southern California in Los Angeles to design custom algorithms that control human brain function.

Picture 1 of Project implanted the chip into the brain to increase intelligence for humans
Chip implanted into the brain can enhance memory and enhance intelligence in the future. (Business Insider).

Berger is studying people with epilepsy . Patients are implanted with electronic devices in the brain to treat seizures. Berger's team used transplants to record the brain's activity, thereby deepening the memory of the hippocampus , the area of the brain responsible for memory.

Researchers say they can restore memory in people with memory impairment by simulating how the hippocampal region works by stimulating electricity. Berger tested this method successfully in animals and began testing in humans.

"Our idea is that if you lose memory function, you can use chip implant in the hippocampus to restore memory , " Johnson said. People with traumatic memory or old age will become the first implantable test subjects.

Johnson hopes the memory enhancement chip is just the beginning. "If we can simulate the natural function of the brain and decipher the nervous system, we have the ability to learn 1,000 times faster, choose to maintain or remove memory, or connect to the machine. " said Johnson.

However, some experts are skeptical about Johnson's project. Neil Burgess at the University of London says that even if the team can record the activity of neurons in the course of memorization, it is still difficult to pinpoint the mechanism that boosts memory.