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ZAHow Neuralink Works 🧠
@zackdfilms
#Neuralink Brain Computer Interface
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UNBrain-computer interfaces (BCIs) are devices that create a direct communication pathway between a brain’s electrical activity and an external output. Their sensors capture electrophysiological signals transmitted between the brain’s neurons and relay that information to an external source, like a computer, mobile device or robotic limb, which essentially lets a person turn their thoughts into actions.
Brain-Computer Interface Definition
A brain-computer interface (BCI) is a device that lets the human brain communicate with and control external software or hardware, like a computer, mobile device or robotic limb.
These brain chips go over the scalp in a wearable device, get surgically placed under the scalp or even get implanted within brain tissue. The idea is that, the closer the chip is to the brain’s neural network, the more clear, or “high definition,” a signal can be interpreted.
Perhaps the most popular example of a brain-computer interface is Neuralink, a chip that was implanted into a quadriplegic patient’s brain in 2024 and allows him to control a computer.
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@uncovering_hidden_truths
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EXIn an era where technology continues to rapidly evolve, Neuralink stands at the forefront of groundbreaking innovation. This pioneering venture is enabling humans to interface directly with devices, marking a significant advancement in human-machine interaction. The implications of such technological progress suggest a future where controlling digital systems with merely our thoughts could become commonplace, fundamentally altering the way we engage with the world around us. By bridging the gap between the human mind and digital platforms, Neuralink is not just enhancing personal capability but also setting the stage for potential transformations across numerous industries.
As we delve deeper into this new frontier, the promise of Neuralink goes beyond just convenience. It underscores a commitment to expanding human autonomy and reshaping technological landscapes. The potential benefits are vast and varied, from revolutionizing how we interact with our personal devices to providing unprecedented opportunities in fields such as healthcare and accessibility. With this innovation, Neuralink not only predicts a future where technology feels intuitive and seamless but also champions the idea of a more interconnected and empowered human experience.
Neuralink brain computer interface future technology human brain controlling devices mind controlled technology neural implants AI and neuroscience futuristic innovation human enhancement next generation tech neurotechnology breakthrough science and technology future AI devices
#neuralink #braincomputerinterface #futuretech #humanaugmentation #viralreels
@explainingtechy
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INElon Musk’s Neuralink has unveiled Blindsight, a brain-computer interface designed to restore vision for blind individuals, including those blind from birth.
The device works by bypassing damaged eyes or optic nerves, sending visual information from a camera directly to the brain’s visual cortex. Neuralink has received FDA Breakthrough Device status, speeding up development.
Blindsight aims to let users perceive shapes in low resolution initially, with clarity improving as the brain adapts. Early tests on monkeys have been successful, and human implants are now targeted for 2026.
Follow (👉@innovation) to stay updated on tech, AI, and innovation worldwide.
Media: Neuralink
@innovation
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HU🚨 NEURALINK’S FIRST NONVERBAL PATIENT JUST “SPOKE” USING TELEPATHY — AND IT’S BREAKING THE INTERNET
“This is my old voice… cloned by AI.”
A man with advanced ALS who lost ALL ability to speak is now communicating again using nothing but his thoughts.
He made this video using telepathy, edited with his mind.
Read that again.
• Implant in his motor cortex (controls movement)
• Size of five stacked quarters that replaces part of his skull
• Robot threads placed millimeters into the brain, avoiding blood vessels
• Thoughts → text → AI voice in real time
Before this?
He was completely paralyzed.
Completely nonverbal.
Trapped inside his own body using eye-tracking just to communicate.
Now he’s typing with his mind… joking with his kids… even beating them at Mario Kart again.
He says life has greatly improved since receiving the Neuralink brain chip impact.
And that voice you’re hearing?
Those are his thoughts turned into speech.
Would you implant a chip in your brain to get your life back?
@hustlebitch_
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AINeuralink, Elon Musk’s brain-computer interface company, has begun human clinical trials of its implantable chip called “Telepathy,” designed to translate neural activity into digital commands. Musk said the first patient with the implant can move a computer mouse simply by thinking, a milestone for connecting brains directly to external devices.
The company aims first to help people with paralysis control phones, cursors, and other tools without physical movement, and its trademark filings suggest broader future goals like thought-based communication and device control. While the technology is still early and focused on therapeutic uses, it shows how neural interfaces could radically change how humans interact with computers and machines.
Could mind control replace screens and keyboards?
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#fyp #ai #life
@ai.rise.co
702.3K
NENeuralink’s mind-mapping technology takes implant placement to the next level with its multi-scanning superpower! 🧠✨
MRI and CT scans team up to create a detailed map of your skull, while fMRI scans pinpoint the perfect spot for our electrodes to park. This precision targeting means our implant can tap into your brain’s coolest features without causing any unwanted side effects.
Neuralink is like the GPS for your brain, guiding us to the most epic destinations!
#Neuralink #braincomputerinterface #futureofneuroscience
@neura.link
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IMNeuralink just moved into mass production for its brain implants. And if brain-computer interfaces really take off, the way we interact with the internet could change a lot faster than people expect.
@imscottsimson
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NEElon shares his vision for Neuralink and one of its primary objectives: reducing human suffering.
Through the VOICE clinical trial, we are seeing how brain-computer interfaces could help restore speech to those who have lost it due to ALS.
See the full video: https://youtu.be/u8mmn9lOIyw
Note: Neuralink devices are investigational and are not commercially available or FDA approved. There are no guaranteed benefits from participating in a Neuralink clinical trial.
@neuralink
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CLElon Musk says his company Neuralink just implanted its first brain chip into a HUMAN. Here’s how this works and why it matters:
Neuralink is working on brain-computer interfaces to try to let people control a computer with just their thoughts. They’re calling this first product “Telepathy” which… fits. The actual implant is a small electronic chip with sensors that can detect brain signals and then wirelessly send them to an app, which decodes them into actions.
They first controversially tested this on monkeys, and then back in September, the FDA approved Neuralink for its first human trials. This first human test is just to evaluate the safety of the implant and surgical robot. There are very few details so far, but Musk says that the implant is detecting neuron spikes - meaning it’s reading the electrical and chemical signals sent by the brain, which seems promising!
If you like optimistic science and tech like this, follow for more videos.
#tech #science #elonmusk #neuralink #brain #stem #animation #braincomputerinterface
@cleoabram
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ALShould I drop the method #foryou
@alex2learn
223.3K
RIYou’re looking at a real neural network. Not the machine learning kind. The biological kind.
Everyone’s building bigger models. I’m building a brain.
I built a neuromorphic AI platform with 1 million spiking neurons, 11 brain regions, and 1.2 billion connections. It doesn’t memorize training data. It learns continuously from real experience, the same way a biological brain does.
The reason I started building this is pretty simple. Every time an AI model gets smarter, it costs more energy, more hardware, more money. A single query to a large language model uses more power than running this entire brain for an hour. That math doesn’t work long term, and I don’t think brute force compute is how intelligence actually works in nature.
So I went the other direction. This system runs on a single CPU, uses less than 5 watts, and never stops learning. No retraining. No massive datasets. No data center. It forms its own concepts, builds associations between things it sees and hears, develops reflexes, and adapts to situations it’s never encountered before. All on its own.
The architecture is modeled after real neuroscience. There’s a sensory cortex for vision, audio, and touch. An association cortex that binds those signals together. A predictive layer that anticipates what comes next and pays more attention when it’s wrong. Motor cortex for movement and speech. A brainstem that manages energy and survival. Every connection strengthens or weakens based on experience. Nothing is hardcoded.
One thing I built in from the start is a safety kernel. Every motor command the brain generates passes through a safety supervisor before it can reach the real world. It checks joint limits, force thresholds, and collision boundaries. If something looks dangerous, the system triggers a reflex withdrawal before the action ever executes. The brain can learn freely, but it can’t act without clearance. That’s not a feature I added later. It’s part of the architecture.
The brain is live right now and will disclose demos to serious individuals. I am looking for researchers that would like to join me in neuromorphic hardware/computing for this next shuttle.
Patent pending
@rio_roue
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