A Neuralink Rival Just Tested a Brain Implant in a Person

Brain computer interface The starting paradity today announced that surgeons successfully entered a patient in the company’s brain implant and were safely removed in about 10 minutes.

It’s one step to the longer trials of the device, Connexus. It is also the development of the latest trading of growing companies, including elon musk Boastful– to connect people’s brains directly to computers.

Connexus is also known as Austin based paradromic, spinal cord injury, stroke or amyotrophic firing and communication in people with amyotrophic lateral sclerosis. The device is designed to translate nervous signals to synthesized speech, text and cursor control. The paradromes established in 2015 testify the implant in the sheep in the past few years. This used the device for the first time in a human patient.

The procedure took place on May 14 at the University of Michigan and was held in a cerebral operation to treat the epilepsy. The patient is temporarily temporarily temporarily temporarily temporarily processed, it processes hearing information and encodes the memory. To implant the device, surgeons used an instrument as an epipen developed by paradromics. Researchers were able to check that the device could write electrical signals from the patient’s brain.

“It’s a very unique opportunity when someone passes a big neurosurgical procedure,” said paradromics CEO MATT angle of CEO. “They will be opened by skulls and will be a fast-produced brain. In these conditions, the risk of testing the brain implant is in fact very low.”

Paradromics’ Implation is smaller than a penny size and has 420 small stretching needles, pressing brain tissue. These needles are electrodes written from individual neurons. Similarly, the Neuralink implant also sits in a brain texture. (For comparison, there are more than 1000 electrodes between 64 subtle, flexible ropes.) Other BCI companies are less invasive approaches. Sensitive neurology, for example, tests the implant resting on the surface of the brainand made a synchronous device goes on the blood vessel and rests against the brain. Both of these devices collect signals from neural groups than individually.

“You can get the highest quality signal by achieving proximity to individual neurons,” he says. It is important to obtain a high resolution signal from the brain, to clearly open the intended speech.

BCIS, “Do not read” a person’s personal thoughts directly. Instead, they work by commenting on the nervous signals associated with the intention of movement. A BCI, such as a paradromic, for example,, for example, would be to decipher the movements involved in the talk. A person who is unable to move his mouth can still try to make the action that gives a unique natural signal in the brain. These signals are opened later.

Stanford University and UC San Francisco reported in 2023 Basic advances of speech decoding using BCIS. In two women in paralysis, brain implants were able to decipher the speech intended for 62 and 78 words per minute. For comparison, people talk about 130 words per minute.