Elon MuskCompany company Neurlink Make headlines with it Brain implant The chip, a device designed to connect the human mind to the computer. This technique can revolutionize people in the way they interact with digital devices and of course, help people with paralysis to gain control over their movements. While the first human test of the neurlink is going on, it has given rise to curiosity and concerns among the general public. Here are 5 major things that we need to know about this future brain transplant.
What is the brain transplant of a neurlink?
The brain transplant of the neurlink, called “the link”, is a coin-shaped chip placed in the human brain. The device works using an ultra-splot electrode, also known as neural threads, to record brain activity and transmit it to external devices via Bluetooth connections. This allows people to only think to control computers and other digital tools. The implantation process is performed by a robot surgeon to ensure accurate and minimal damage to the brain tissue.
How does this work?
The link works by decoding brain signals from individual neurons and converting them to digital commands. This means that the person wearing a chip can move the computer cursor, type the message, or even operate prostheses using their ideas. The initial goal of the neurlink is to help individuals with severe paralysis who retrieve mobility and communication capabilities.
What are possible benefits?
If the neurlink technique proves successful, it can bring progress to neuroscience and healthcare. Some major benefits include:
- Restory of mobility: Chip can help people with spinal cord injuries or neurological disorders to re -achieve movement by bypassing damaged nerve connections.
- Communication: A person with speech loss can communicate more effectively through brain-computer interaction.
- Medical Research: Technology can provide deep insight into brain function and help in the development of treatment for conditions such as Parkinson’s disease and epilepsy.
Ethical and safety concerns
Despite its capacity, the brain transplant of the neurlink increases many moral and safety concerns:
- Long -term effects: Since this technique is still in its early stages, long -term effects on brain health are unknown.
- Surgical Risk: Anyone
brain surgery Electrode bears risks from placements, including infection, bleeding and possible complications. - Data privacy: With direct brain-to computer connections, concerns about hacking and unauthorized access to brain data are important.
- Animal Testing: Neurlinks have faced criticism for their animal testing practices, with reports of adverse effects on testing subjects.
Current progress and challenges
Neurlink successfully transplanted its chip in a human for the first time in early 2024. However, the test has already faced some issues.
Nolan ArbaghA quadrilateral patient who received transplantation initially demonstrated the ability to control a computer with his ideas. But soon after that, some thin electrodes of the implant separated from her brain, reduced its effectiveness.
Neurlink engineers have since made adjustments to restore functionality. While this is a major step, it throws light on the challenges of making brain implants reliable for long -term use.
