Elon Musk Neuralink implanted a chip in the human brain what will it do know

Has Elon Musk succeeded in his goal? It seems that his company Neuralink has achieved great success. A few months ago, Neuralink started taking applications from people in whose brain a ‘chip’ could be implanted. After shortlisting from thousands of applications, the company has performed its first human brain implant. The company had already received approval from the FDA for this work. Let us know why Neuralink is implanting chips in human brains.

In a post on social media platform ‘X’ on Tuesday, Elon Musk said that @Neuralink was implanted in the first human yesterday. He is recovering well. Initial results have revealed promising neuron spikes.

The first human received an implant from @Neuralink yesterday and is recovering well.

Initial results show promising neuron spike detection.

— Elon Musk (@elonmusk) January 29, 2024

What does Elon Musk want to do?

Elon Musk’s company Neuralink wants to bring such a device in the market, which can control computers and mobile phones directly through brain activity. That means you will be able to operate your smartphone just by thinking. Disabled people and people suffering from paralysis will benefit the most from this device.

What is Neuralink claiming?

Neuralink says its aim is to make life easier for people suffering from neurological disorders. How much success he will get in this cannot be predicted yet. In February last year, it was revealed that when the company’s chip was used on monkeys, many monkeys had died. The company was accused of animal cruelty. However Musk rejected the allegations.

In May last year, the company was given approval for testing on humans. The US Food and Drug Administration (FDA) gave approval for in-human clinical trials, after which the first implant has now been made.

How is the use of Neuralink?

Its name is ‘Prime Study’, which is a 6 year long experiment. The company has made a 4mm-square chip. It is called N1. It is implanted inside the brain. The wires in the chip reach the brain and receive its signals.