Lol

LMFAOOA

😂

Now that's a dark joke 💀

DELETE

@@killerwill *Deletes system 24* 💀☠️

I let ‘em win DELETE

@@DrFumiya💀 lol

ggs hikaru

Whats his elo?

I am thinking about what would happen if someone has ADHD, it seems like complete chaos! 😂

Funny but he controls the cursor not the chess pieces

Elon Musk is changing the world 😮😮😮 I am surprised and very exited to see it

I don't think that would be a farfetched imagination anymore ~

@@foxthroat3410 It is probably a matter of somebody just implementing it

@@napobg6842It is possible if he just integrates his home appliances on his laptop. Just like how you can turn off the heat or open your garage from your phone

I see what you did there. 😉

oh no, plays in my head xD

I don't think it's being shrugged off, it's just that it has a very, VERY long ways to go? I mean theoretically it makes sense: we have the micro tech now to put pins in a human's working brain and convert electrical (analog) signals from it into digital, just like how any other form of analog to digital conversion works. And then do computer programming with those digitalized signals. I'm sure if it was generalizable and not constrained to one bespoke project after another and also probably lacking tons of basic features, many of which may not even be possible now, that there'd be more coverage of it. Right now it seems it's an an extreme proof-of-concept state.

@@jonassteinberg3779 Proof of concept is the hardest step, however. Once we establish that, the very long time to go shrinks a lot. Especially in an area driven by advances in digital tech.

@@squamish4244 I'm not sure proof of concept is the hardest part. In my field proof of concept can be easy or hard depending on the system. A lot of times the proof of concept is potentially kept extremely simple. In other words: the engineer will know something can work in a simple fashion (proof of concept), but "productionizing" it, i.e. getting it ready for market, may involve additional challenges. That's why they call it a proof of concept: it's just a toy, basically. And this tech seems very nascent, like a proof of concept.

Arasaka will be musk's next big project

Agree 💯

or stopping negative thoughts about the leader of the country, controlling human like machines.. :D

​@@artavenuebln That happens already and noone does a thing.

@@lukasstankevicius3308 no it doesn’t

China​@@artavenuebln

The implant is at the back of his head. His back wasn't shown.

​@@marc3964 is it like hollow or something?

It's mostly hidden under hair. There is a large and very flat 'bump,' I guess you could call it, at the top and back of his head. I probably shouldn't use the word bump. It's very flat, only large in surface area.

​@@crystalbrookno

You need a Neuralink device.... urgently!

Assuming this BS even works...

@@navalorange833 and it works, you can see it here

I think there is similar tech, but not at a commercial level.

This tech has been around for 30 years for intelligence agencies ie CIA. Now using frauds like Elon Musk they are finally rolling it out to the public

I think its mainly about interpreting these electromagnetic waves so you can move the mouse cursor very accurately. Very needed since brain signals are way more sophisticated compared to heart signals that the heart needs

@@yudoball Actually it is rather simple, they tell him for example to move his hand left, right etc and record the signals from the implant, then something like very simple artificial neural network (not like chat gpt, more like something from 1980s when they were just invented, very simple stuff by todays standards) is trained to map those signals to the corresponding mouse movements or whatever you want to control with it, then brain does the rest actually. As he says himself at first he tried consciously move his finger to click or whatever was mapped to "finger moving" brain signals pattern, but after a while his brain gets it and adapts so he can just think where he want to move the mouse and it is moving there, most likely like learning to ride a bike, at first you consciously try not to fall, but after a while you brain gets it and you doing it subconsciously without thinking what muscle to move.

While precise details of how the Neuralink chip works may evolve over time as the technology advances, here's a general overview of how such devices typically function: Implantation: The Neuralink chip is designed to be surgically implanted into the brain. The surgery involves drilling small holes into the skull and inserting thin threads (electrodes) into specific regions of the brain. Electrode Array: The chip contains an array of electrodes that are connected to thin, flexible threads. These electrodes are designed to detect and stimulate electrical signals in the brain. Recording Neural Activity: The electrodes are capable of recording the electrical activity of neurons in the brain. This recorded neural activity can provide insights into brain function and can potentially be used to decode thoughts, intentions, or control external devices. Stimulation of Neurons: In addition to recording neural activity, the electrodes can also stimulate neurons by delivering small electrical pulses. This capability could be used for therapeutic purposes, such as treating neurological disorders like Parkinson's disease or depression, or for enhancing cognitive functions. Wireless Communication: The Neuralink chip communicates wirelessly with external devices, such as smartphones or computers, using Bluetooth or other wireless protocols. This allows for real-time monitoring of brain activity and enables control of external devices via thought commands. Data Processing and Interpretation: The neural signals recorded by the electrodes are processed and interpreted using sophisticated algorithms and machine learning techniques. These algorithms analyze the patterns of neural activity to extract meaningful information, such as movement intentions or sensory perceptions. User Interface: Neuralink aims to develop user-friendly interfaces that allow individuals to interact with the implanted device easily. This could involve smartphone apps or other intuitive interfaces that enable users to control devices or applications using their thoughts. It's important to note that while Neuralink has made significant progress in developing brain-computer interface technology, there are still many technical and ethical challenges to overcome before these devices become widely available for clinical or consumer use. Additionally, the specific details of how the Neuralink chip works may continue to evolve as research and development efforts progress.

Just one more turn

probably civ 5 is he respects himself

@@Altiveda Luddite!

I don’t think so, muscle memory and mechanics would probably still be quicker than a computer reading brain signals because it takes time to maintain accuracy

​@@scooterankle6709 Elon himself said on Twitter: "Imagine if Stephen Hawking could communicate faster than a speed typist or auctioneer. That is the goal." So is just a matter of time to phase out the use of keyboards

@@scooterankle6709once we gather more data / common patterns we might be able to have a standard way of interfacing things. it will be accurate over time.

Just like any virus biological or digital. When something or someone gets infected, sometimes they're F*cked. 😅

Then you'll simply not be able to use the cursor probably

you cant get a virus, its not really software its more of a chip that turns brain waves into stuff computers understand

I think his brain sends signals to the chip and never the other way round

He didn't invent this, he was just the owner of the company. This is like saying Thomas Edison deserved a Nobel prize for something. He didn't invent it.

dude thad be wild i can’t even understand how it would work tho.. I’m dumb.. Imagine playing cod or something

It would have to be something non invasive though like SAO's full dive device, personally I wouldn't want unnecessary surgery just to play games 😂

Apparently this same guy pulled an all nighter playing Civ6 with his 🤣

he gave an awesome interview where he said he played mario card and 7 hours of civ in one night and had most fun in years :)

@@processing8296Mario card is my favourite game

They probably couldn’t control the brain, but maybe hack into someone’s physical actions if this was used with prosthetic robot limbs

It’s the same repackaged tech. He’s a snake oil salesman 😹😹😹

Love your choice of words.

It cant analyze your memories or thoughts…yet

Do and say what you think is right to do and say. But examine yourself and your thoughts to consider the possibility of prejudice. Not you especially, but all people in all matters.

reading his brain

Aside from price?

That through this they will be able to control the only thing nobody can control. A person's thoughts. No one will be able to think privately.

Ads

​@@redder3076The price of making a dependant independent..... PRICELESS.

The catch that it's not real and doesn't work in the slightest

it literally says nurealink patient demonstrates how he plays chess with brain chip, which he did

its accurate wdym

????????? are you okay?

Which is more powerful?? This not just about playing chess, is it?? It's just one of many enabled capabilities for this man.

Explain how this underwhelming technology works. "This is just eye recognition," make me laugh, or what? He'd better not let the witchfinder general see him doing that.

Even if it isn't eye tracking technology, it doesn't achieve anything that couldn't be done less intrusively by eye tracking.

I work with people who have motor neuron disease, they quite literally can already do this eye tracking.

He can control the thing, not the other way around

@@Notmeggii makes sense

Yes, the concept of using brain-computer interfaces (BCIs) to control cursors or other devices with the mind is not new and has been a subject of research and development for several decades. The field of BCIs has seen significant advancements since the early 2000s, with various groups and companies working on technologies that allow for interaction with computers or machines directly via neural signals. However, what makes recent developments, such as those by Neuralink, noteworthy is the potential for significant improvements in terms of the interface's resolution, speed, safety, and user-friendliness. Neuralink, and similar companies, aim to develop more sophisticated, minimally invasive devices that can be used more reliably and comfortably by individuals over longer periods. These improvements could offer higher precision in control, better integration, and potentially more applications, such as more nuanced control over prosthetic limbs or other devices, beyond just moving a cursor on a screen. The novelty in these recent advancements lies not necessarily in the basic concept of mind-controlled devices but in the significant technical improvements and the broader, more ambitious applications envisioned for these technologies. These developments promise to push the boundaries of what's possible with BCIs and could lead to more transformative impacts on medicine, rehabilitation, and human-computer interaction.

Yes. See series of videos by KZfaq creator "Common Sense Sleptic" title "DEBUNKING NEURALINK Pt1" which explain that Neuralink doing nothing new, all done previously twenty or more years ago. Same creator has a lot of other content which takes a critical look at Elon Musk's activities related to space, EVs, transport etc.

​​@@john-r-edgethe difference is they pushing it into the new society and perfecting it, klaus schwab already said in 10 years most people will have brain chips and I ain't one of em

​@@john-r-edgeoh I see. Gotcha..... Elon bad!!

true. but it was done with external hardware. elon saw an opportunity and are making it better. and that's how any great businessman keep on succeeding