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Channel Posts
Metacognition—observing your own thinking—is neuroscience's highest form of intelligence, separating reactive from self-aware individuals. It enables you to change your thoughts by noticing why you think them. Most people live inside their thoughts; few learn to watch them.

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Controlling devices with your thoughts is no longer science fiction. China's neurotech ecosystem is advancing rapidly—with re
Controlling devices with your thoughts is no longer science fiction. China's neurotech ecosystem is advancing rapidly—with regulators having just approved its first commercial BCI.
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Neuralink is giving people their independence back.
Neuralink is giving people their independence back.
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【What Will Elon Musk Do?】China Grants Commercial Approval for the World's First "Brain-Connected Chip." Pandora's Box of Huma
【What Will Elon Musk Do?】China Grants Commercial Approval for the World's First "Brain-Connected Chip." Pandora's Box of Human Cyborgization Has Been Fully Opened. Outpacing Elon Musk's Neuralink, China has issued the world's first general commercialization and commercial approval for a "brain implant"—the sheer craziness of this ↓
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How complex do you think your brain system is out of 5?
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look closer. what you call "change" looks like this inside your brain:
look closer. what you call "change" looks like this inside your brain:
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Did you know? A neuron that never finds another to connect with quietly dies in the dark. Ever feel like stress is changing w
Did you know? A neuron that never finds another to connect with quietly dies in the dark. Ever feel like stress is changing who you are? You're not imagining it. This video shows a neuron dying after years of chronic stress. Chronic exposure to stress hormones like cortisol can impair the health and functioning of brain cells over time.
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neuroscientists say your brain does not verify truth or lies. it responds to repetition. when you repeat a thought, your brai
neuroscientists say your brain does not verify truth or lies. it responds to repetition. when you repeat a thought, your brain strengthens the neural pathway linked to it. over time, that pathway becomes automatic. this process is called neuroplasticity.
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Neuralink patient controls an assistive robotic arm to lift up a drink on his own. 🦾 The Neuralink implant in his brain dete
Neuralink patient controls an assistive robotic arm to lift up a drink on his own. 🦾 The Neuralink implant in his brain detects the signals from his neurons and sends them via Bluetooth to control the arm. 📡 This is cutting-edge technology that is having a real, positive impact on dozens of patients. ✨
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Noland Arbaugh, the first recipient of a Neuralink brain-computer interface, shares how the technology has changed his life,
Noland Arbaugh, the first recipient of a Neuralink brain-computer interface, shares how the technology has changed his life, from controlling a computer with his thoughts and reconnecting with the world to pursuing education, building a business, and exploring what could come next
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Neuralink wants to take someone from zero vision to eventually seeing things humans normally can’t. The first step is a visio
Neuralink wants to take someone from zero vision to eventually seeing things humans normally can’t. The first step is a vision chip that writes directly to the visual cortex, potentially giving sight to someone who was born completely blind. Then things get very sci-fi very quickly. Infrared. Ultraviolet. Radar. Ultra-HD vision. Start with sight. End somewhere around superhero mode.
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Micro-scale thin-film surface arrays with non-penetrating electrodes are setting new standards for safe brain monitoring 🧠.
Micro-scale thin-film surface arrays with non-penetrating electrodes are setting new standards for safe brain monitoring 🧠. Placed gently on the cortex, these conformable devices offer high-resolution decoding while reducing surgical tissue risks ⚡.
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This Neuralink patient is moving cursor and playing chess just by thinking. 🧠
This Neuralink patient is moving cursor and playing chess just by thinking. 🧠
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Clinical trials demonstrate an AI-powered speech neuroprosthesis translating brain activity into millions of spoken words. Th
Clinical trials demonstrate an AI-powered speech neuroprosthesis translating brain activity into millions of spoken words. The implant captures vocal intonation, allowing paralyzed patients to speak and sing in real time.
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The first person in the world to get a Neuralink, Noland Arbaugh thanking the Neuralink team:
The first person in the world to get a Neuralink, Noland Arbaugh thanking the Neuralink team:
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Researchers introduced a joint learning framework combining human motor learning with adaptive AI in real time. By synchroniz
Researchers introduced a joint learning framework combining human motor learning with adaptive AI in real time. By synchronizing user intent with decoder adjustments in a closed loop, users achieve fast control without lengthy calibration
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Neuralink thoroughly tests their implants in the lab prior to animal and FDA human trial testing. This is a picture showing t
Neuralink thoroughly tests their implants in the lab prior to animal and FDA human trial testing. This is a picture showing their testing apparatus- a warm salty brine fills the containers to make sure the seals on the implant package don't experience any leakage. These types of rigorous testing reduce the reliance on animal testing.
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Would you want to be uploaded to a robot body, like Optimus?
Would you want to be uploaded to a robot body, like Optimus?
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Researchers uncovered brain changes linked to Alzheimer's disease that manifest seven years before amyloid plaques appear on
Researchers uncovered brain changes linked to Alzheimer's disease that manifest seven years before amyloid plaques appear on traditional PET scans. The discovery opens new avenues for early therapeutic intervention.
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Butterfly Network and #OpenAI-backed Merge Labs announced a multi-year partnership to develop non-invasive ultrasound brain-c
Butterfly Network and #OpenAI-backed Merge Labs announced a multi-year partnership to develop non-invasive ultrasound brain-computer interfaces. Utilizing semiconductor chip technology, the initiative aims to decode neural signals without open brain surgery.
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