Neuralink Reveals First Human Patient!

this is Nolan arba the first human being to receive Elon musk's neuralink brain implant let's talk about how nurlink technology has already begun to change the world in a surprise live stream through the xplatform neuralink introduced the world to their very first human patient Nolan arba with his personal neuralink engineer holding the camera the man who we've all been spe speculating about for the past 2 months finally got the opportunity to tell his own story Nolan is 29 years old and has spent the past 8 years living as a quadriplegic after a diving accident dislocated

his C4 and C5 vertebrae these are bones kind of right in the middle of the neck halfway between your collar bone and the base of your skull as a result Nolan has no sensation or control of his body from his shoulders down but that that hasn't stopped him from remaining incredibly positive about his life and now thanks to neuralink it isn't stopping him from playing video games either Nolan currently has neuralink and one brain computer interface chip implanted underneath his scalp and sitting flush with the bone of his skull underneath that chip are 64 tiny

wires that have been placed into the surface of his brain about 2 mm in depth and specifically targeting the motor cortex region this device allows Nolan's brain waves to be translated into digital command prompts so the first demonstration that we get is seeing Nolan play a game of virtual chess and it's indistinguishable from a person using a computer mouse Nolan hits pause on the background music he moves the cursor around the screen quickly and smoothly in a way that seems effortless prior to the implant Nolan would have to use a mouth stick to control his

laptop now he is using a Bluetooth signal it transmits from a small computer chip in his skull directly to his device Nolan explains the process of learning to use his neuralink and this was a learning experience for everyone because the engineers who have been developing this product for nearly a decade have never been able to hear feedback on what it's like to actually use their device they can make an educated guess about what's going on inside the mind of a monkey but having a human subject that you can actually dialogue with back and forth is

such a massive upgrade there were two approaches that Nolan worked on with the team attempted movement versus imagined movement attempted movement was focused on trying to move his hand to move the mouse the way that he would have done before he was injured the idea being that even though his spine is broken the neural Pathways associated with movement are still intact and can be used as triggers for device control then there's imagined movement and according to Nolan this quickly became the most intuitive way to use his neuralink ability all he has to do is imagine

the cursor moving like using the force to move an object he just looks at the area on the screen and the cursor goes where he wanted to and you can tell how effortless this is because as Nolan is talking to his neuralink engineer and to the camera he is also continuing to play Chess at the same time so he can already multitask between physical activity and neural link activity and Nolan has only had his implant since January 28th obviously the tech side of things is really cool but what really sticks with you is just how

much of a positive benefit this technology has already had on Nolan's life he talks about how he was able to stay up all night playing a video game for the first time in years something that any of us would take for granted but Nolan was only able to use devices like his computer and iPad while sitting in his chair and while in a sitting position he needs constant care to readjust his weight and make sure that he won't develop pressure Source the wireless connection in the neuralink allows him to work and play while laying down

in his bed where he can stay unattended for hours at a time this gives him back a level of Independence that would not have been possible without the implant we'll just let Nolan describe his new life in his own words listen to this um it's it's it's crazy it really is um it's so cool I'm so freaking lucky to be a part of this and stuff I mean I just every day it seems like we're learning new stuff and uh I just can't even describe how how cool it is to be able to do this

as far as the downsides to his procedure Nolan says that the biggest limitation is dealing with battery life as we expected the nerling chip can run for 8 hours on a single charge then Nolan says that he has to wait for the device to recharge until he can use it again now we know that neuralink isn't letting patients use the device and charge it at the same time and that makes sense they don't want to risk the implant getting too hot they probably aren't using fast charging either for the same reason as far as the

implant procedure is concerned again Nolan was very positive about his experience he says that the surgery was super easy and he was released from hospital later on this same day he also mentioned that he has not experienced any cognitive impairments since getting his neuralink implant Nolan might be the first human neuralink user but he definitely won't be the last for all we know there could be more people like him already in September last year nurlink announced that they had started recruiting for the first human test subjects for the N1 brain computer interface and R1 surgical

robot that will be used to implant it the prime stud stud short for precise robotically implanted brain computer interface aims to above all determine the safety of both the implant and the robot for human application it will also assess the initial functionality of the N1 in enabling people with paralysis to control external devices with their thoughts it's expected that the first human trial will take up to 6 years for nuring to complete and verify their findings the primary study period will take place over the first 18 months after the device has been implanted patients will

check in with a medical team every 2 months to monitor progress and ensure the neuralink device continues to work as intended 1hour BCI research sessions with the neuralink team will be completed at least two times per week for every patient for the duration of the 18-month primary study in 2021 nuring performed a total of 155 surgeries on sheep pigs and monkeys in 2022 that number grew to 294 total surgeries in a typical FDA human trial the medical company would be limited to just one human experiment in the first year with a long coold down period

to assess the results but in the case of neuralink thanks to their existing track record with animal testing and the massive outpouring of interest from perspective human patients the company has already received a green light for multiple human surgeries in 2024 the plan right now for neuralink is to perform 11 human implants in 2024 that will increase to another 27 implants in 2025 and 79 in 2026 if all goes well after this point operations at nurlink will begin to truly ramp up the company anticipates 499 surgeries in 2027 and then exponential growth into 2030 when

they are performing 22,2 204 surgeries in that year yes 22,000 that was not a typo but it is a very ambitious goal let's take a minute to consider the results that we've seen so far and talk about this in the context of the BCI World cursor control like we've just seen Nolan perform is not a new development in the field this has been possible for decades now however the ability of a patient to do this wirelessly in the comfort of their own bed with no Hardware or wire sticking out of their head with no external

help that is special there are only a small few devices that can accomplish this and nurlink has become one of them nurlink is also an exceptionally invasive procedure this is a big deal there is literally a hole in the patient's head and a computer underneath their skin it shouldn't be lost on anyone that patients like Nolan are taking an incredible risk he's a remarkably upbeat and positive person but he's also very brave because he'll also be the first to experience the long-term effects of the procedure whatever they might be this is a Known Unknown but

the reason he's doing this or anyone in the initial study is doing this is because the potential upside is worth the risk right now we are not seeing nuring doing anything that hasn't been done before with BCI but we are also seeing less than 1% of the capability of the neuralink device being used even for a very similar modern BCI implant cursor control is about the best they will ever accomplish which is still amazing and perfectly valid but due to the invasive nature of the implant and the level of engineering and Innovation that we've already

seen from neuralink we know that neuralink has the potential to do things that have never been done before restore eyesight to the blind return physical movement to the paralyzed reverse degenerative brain disease we don't actually know what the upper limit of the hardware even is nurlink has promised to continue telling the story of Nolan and their first human study there will be amazing things to come that people would have never believed possible there could also be tragedy this is only the beginning of the beginning