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Why is Neuralink developing more than a brain implant?
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Elon Musk on Neuralink in his new interview with CCTV:
“Biological enhancement with Neuralink. We want to try to solve the bandwidth constraint that humans have. Even in the most benign scenario where the AI is super friendly and wants to do everything it wants to make you happy, our rate of communication is too slow.
So, the peak human bandwidth is only about 100 bits per second, roughly. Our input bandwidth is much higher because of vision, you know, a megabit per second or a few megabits per second from our eyes, which are affected by cameras. But our output bandwidth is really low.
“A child will be implanted with a chip in their skull and download information to the inside of their eyeballs.”
A neuron looks huge until you put a virus next to it.
Some of them are smaller than the gap between two nerve cells.
a whole pathogen, fitting in the space a synapse uses to talk.
That is why the brain keeps a border.
The threat is smaller than the wiring.
📍 Elon Musk remains deeply involved in Neuralink’s progress
Nearly 10 years after starting the company, he still meets with the team every week, often more frequently, goes deep into the technical work and continues contributing to key engineering decisions
🗣️ Neuralink President DJ Seo explained just how involved Elon still is:
“Elon made some of the key technical decisions and still does to this day. We meet with him weekly (often more frequently). He goes deep with the team and contributes significantly”Читать полностью…
The roundworm has a brain, 302 neurons, tiny but real. A Dileptus has none. It's a single cell. No brain, no nerves, nothing. Yet both turn, back up, poke around, change their minds. If a single cell can explore with no brain, where does intelligence actually live?
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I'm not crying, you're crying. Neuralink for a man with ALS.
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A breakthrough NIH funded study shows a new brain computer interface allowing paralyzed patients to communicate both spoken words and upper body gestures at the same time. 🧠✨
Researchers decoded motor cortex activity to trigger digital avatars with lifelike expressions 🎭
A brain-inspired AI model named EMF-dVAE reduced video processing time by sixty-five percent while using a fraction of the visual data. 🧠📉
The biomimetic approach heralds more energy-efficient artificial neural networks. ⚡
Scientists uncovered sweeping changes in how the human brain organizes its 3D genome between ages fifty and seventy-five. 🧠🔬
Altered gene expression structures reveal critical new targets for preventing Alzheimer's disease 🎯
🧠 Neuroscientists reconstructed ten-second video clips of what mice saw using only neural activity recorded from the visual cortex.
This visual decoding milestone unveils how mammalian brains process raw sensory input in real time. 📹✨
NIH scientists unveiled a breakthrough brain computer interface enabling paralyzed patients to express speech and physical gestures concurrently. By decoding complex cortical signals into digital avatars, this neuroprosthesis restores natural, holistic human communication.
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Neuralink expanded patient enrollment for its fully implantable brain-computer interface trials aimed at restoring digital autonomy 🧠.
Participants demonstrate improved cursor control and robotic assistance through wireless cortical implants 🦾⚡
The 3rd participant in Neuralink's VOICE Trial, Terence Mandable retired last year.
He began slurring his speech and was diagnosed bulbar-onset amyotrophic lateral sclerosis (ALS) where nerve cell damage first affects the muscles in the face, neck, and throat.
Thanks to Neuralink and SpaceX's Grok, he is now able to use an AI-clone of his voice to communicate his thoughts again.
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The event just started and the leaderboards are filling up. Claim your share of the airdrop 🚀
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New research indicates that consciousness is present in plants, slime moulds and other organisms that have no brains.
For centuries the scientific consensus has been firmly brain-centred, treating subjective experience as a privilege reserved for complex nervous systems. A growing network of researchers is taking that view apart by showing that organisms without a single neuron can think and learn.
This is the actual size of Neuralink threads in comparison to a pencil tip. 🧠
All that power in such a TINY piece.
Remarkable...
Netherlands-based neurotech startup UCANACT raised 800,000 euros in pre-seed funding to advance its device-agnostic BCI. The system translates brain activity into text and speech with over 90% accuracy for paralyzed individuals, restoring daily autonomy
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This visualization of a cubic millimeter of mouse brain smaller than a grain of sand shows 75,000 neurons and pyramidal cells processing over 11,000 inputs at once.
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"I love you."
After losing his ability to speak due to ALS, Terry became the third patient to receive Elon Musk’s Neuralink brain implant. In an emotional moment, the technology translated his thoughts into words, allowing him to tell his wife, “I love you.”
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Recent research highlights biohybrid neural interfaces combining living stem cells with electronic sensors. This biohybrid approach minimizes brain tissue inflammation, offering long term stability and sensory perception restoration for next generation implants #Neuroscience
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Through the VOICE trial, Terry is using his Neuralink implant to help fine-tune a brain-to-voice interface for himself and others who can’t speak. He trained the algorithm first by miming speech as best he could, then by simply thinking the words and hearing them come out in his own natural voice.
Powered by Grok Voice from SpaceXAI
China introduced its first national medical regulatory framework governing AI-powered brain-computer interfaces 🧠💻.
The standard sets strict clinical safety guidelines for commercializing next-generation neurotechnology devices ⚕️🔒.
Researchers created flexible contact lenses that deliver non-invasive temporal interference electrical stimulation to the brain. 👓🧠
In trials, the device restored neural connectivity and boosted serotonin levels by forty-seven percent, matching traditional antidepressants. 📈💊
Paradromics achieved real-time decoding of unscripted speech in a motor neuron disease patient using their microelectrode Connexus brain implant. 🧠⚡
The trial participant communicated freely with family using text and synthesized voice, marking a milestone in restoring 🗣️✨
Commercial deployments of invasive brain implants expand for severe spinal cord injury rehabilitation. 🧠🩺
Next-generation implants bridge damaged neural pathways, restoring patient movement and device interaction. ⚡🦾