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Neuralink

@neuralink • 1,776,774 subscribers

Creating a general-purpose, high-bandwidth interface to the brain

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Moments after implantation, our device can provide visibility into real-time neural activity. This video shows the gradual increase in activity as one of our recent participants wakes up post-procedure 🌅🧠

Moments after implantation, our device can provide visibility into real-time neural activity. This video shows the gradual increase in activity as one of our recent participants wakes up post-procedure 🌅🧠

4,241,816 views

Our goal at Neuralink is to restore abilities that were thought to be lost forever due to injury, accident, or disease. See how Audrey, who is paralyzed due to spinal cord injury, uses her brain-computer interface to play video games with her mind.

Our goal at Neuralink is to restore abilities that were thought to be lost forever due to injury, accident, or disease. See how Audrey, who is paralyzed due to spinal cord injury, uses her brain-computer interface to play video games with her mind.

227,362 views

We are building surgery simulations for faster iteration and better test coverage. Join us to help expand this capability🦾 #techtuesday

We are building surgery simulations for faster iteration and better test coverage. Join us to help expand this capability🦾 #techtuesday

1,785,849 views

Our surgical team enhances their skills by training on realistic, patient-specific head and brain models, ensuring surgeries are tailored to each individual for safety and success 🧠

Our surgical team enhances their skills by training on realistic, patient-specific head and brain models, ensuring surgeries are tailored to each individual for safety and success 🧠

1,148,916 views

Wireless charging of implants needs to be easy, performant, and safe. Here’s a demonstration of how we stress test our control loops that manage the charger’s output power to wirelessly charge our implant at various distances and angles📈

Wireless charging of implants needs to be easy, performant, and safe. Here’s a demonstration of how we stress test our control loops that manage the charger’s output power to wirelessly charge our implant at various distances and angles📈

669,122 views

It can be difficult to visualize how tiny our threads are. We had a banana for scale, but Pager ate it 🍌

It can be difficult to visualize how tiny our threads are. We had a banana for scale, but Pager ate it 🍌

654,813 views

During the final inspection, we capture and stitch images of our arrays and use image detection algorithms to identify defects. Join us in refining our algorithms to distinguish between various types of particles and developing defect-free microfabrication processes 0⃣ #techtuesday

During the final inspection, we capture and stitch images of our arrays and use image detection algorithms to identify defects. Join us in refining our algorithms to distinguish between various types of particles and developing defect-free microfabrication processes 0⃣ #techtuesday

477,953 views

We attach our custom ASICs to our implant PCBA using flip chip bonding process. Here’s a sped up version of that process where we pick up the chip, apply flux, precisely align, and bond to the board.🎯 #techtuesday

We attach our custom ASICs to our implant PCBA using flip chip bonding process. Here’s a sped up version of that process where we pick up the chip, apply flux, precisely align, and bond to the board.🎯 #techtuesday

361,686 views

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The dura is the brain's armor: a membrane so tough that a surgeon normally cuts through it with a scalpel. For the first time in our clinical trials, we inserted the electrode threads of our implant straight through the dura and into the cortex, keeping the dura intact. Here's how we did it 🧵
5:10
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The dura is the brain's armor: a membrane so tough that a surgeon normally cuts through it with a scalpel. For the first time in our clinical trials, we inserted the electrode threads of our implant straight through the dura and into the cortex, keeping the dura intact. Here's how we did it 🧵

Neuralink

5,839,770 views • 19 days ago

ALS has gradually taken away Kenneth’s ability to speak. Through Neuralink’s VOICE clinical trial, he’s exploring how a brain-computer interface designed to translate thought to speech could help restore autonomy in his daily life. Watch to learn more:
10:47
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ALS has gradually taken away Kenneth’s ability to speak. Through Neuralink’s VOICE clinical trial, he’s exploring how a brain-computer interface designed to translate thought to speech could help restore autonomy in his daily life. Watch to learn more:

Neuralink

42,401,852 views • 3 months ago

Our robot is designed to insert hundreds of ultra-fine, flexible threads with thousands of electrodes within microns of targeted neurons while avoiding vasculature and adapting to real-time brain motion.
1:59
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Our robot is designed to insert hundreds of ultra-fine, flexible threads with thousands of electrodes within microns of targeted neurons while avoiding vasculature and adapting to real-time brain motion.

Neuralink

24,447,447 views • 2 months ago

We're building a surgical robot capable of reaching any brain region. The goal: a generalized neural interface to help solve any condition that originates in the brain.
0:57
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We're building a surgical robot capable of reaching any brain region. The goal: a generalized neural interface to help solve any condition that originates in the brain.

Neuralink

22,094,382 views • 2 months ago

We are working to restore mobility that was lost due to disease or spinal cord injury by allowing participants to control robotic arms with their thoughts. See how this is possible.
1:00
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We are working to restore mobility that was lost due to disease or spinal cord injury by allowing participants to control robotic arms with their thoughts. See how this is possible.

Neuralink

15,753,850 views • 2 months ago

What is neuron degeneration? Skyler, a machine learning engineer at Neuralink, shares how brain-computer interfaces could bypass neural pathways that are broken due to ALS, helping restore the ability to speak to those who have lost it.
1:00
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What is neuron degeneration? Skyler, a machine learning engineer at Neuralink, shares how brain-computer interfaces could bypass neural pathways that are broken due to ALS, helping restore the ability to speak to those who have lost it.

Neuralink

15,517,505 views • 3 months ago

“When you haven’t heard someone talk for four years, the thought that they might be able to talk again was mind blowing."
1:00
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“When you haven’t heard someone talk for four years, the thought that they might be able to talk again was mind blowing."

Neuralink

15,052,463 views • 3 months ago

We now have 21 participants enrolled in trials worldwide. Check out how our Neuralnauts are driving BCI technology forward.
0:34
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We now have 21 participants enrolled in trials worldwide. Check out how our Neuralnauts are driving BCI technology forward.

Neuralink

20,257,940 views • 5 months ago

ALS took Nick’s arm mobility. Now, he can control a robotic arm with his Neuralink device to feed himself. “Life with my BCI has been and continues to be so surreal and so rewarding. Can’t wait to see what comes next!”
0:31
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ALS took Nick’s arm mobility. Now, he can control a robotic arm with his Neuralink device to feed himself. “Life with my BCI has been and continues to be so surreal and so rewarding. Can’t wait to see what comes next!”

Neuralink

24,091,303 views • 9 months ago

After a car accident left her paralyzed from the neck down, Audrey didn’t think she would be able to draw or paint again. 20 years later, she became the first female participant in our clinical trials. Now, she uses her brain-computer interface to create art with her mind.
4:40
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After a car accident left her paralyzed from the neck down, Audrey didn’t think she would be able to draw or paint again. 20 years later, she became the first female participant in our clinical trials. Now, she uses her brain-computer interface to create art with her mind.

Neuralink

2,749,306 views • 2 months ago

“That first signature resembled my actual, physical handwriting.”
0:36
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“That first signature resembled my actual, physical handwriting.”

Neuralink

1,042,799 views • 2 months ago

Life with ALS or a spinal cord injury often means navigating a gradual or sudden loss of independence. Neuralink aims to restore autonomy to those with unmet medical needs—starting with device control and communication, and expanding toward vision and other applications.
2:46
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Life with ALS or a spinal cord injury often means navigating a gradual or sudden loss of independence. Neuralink aims to restore autonomy to those with unmet medical needs—starting with device control and communication, and expanding toward vision and other applications.

Neuralink

1,712,925 views • 3 months ago

Redefining the boundaries of human capability requires pioneers. If you have quadriplegia and want to explore new ways of controlling your computer, we invite you to participate in our clinical trial.
1:31
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Redefining the boundaries of human capability requires pioneers. If you have quadriplegia and want to explore new ways of controlling your computer, we invite you to participate in our clinical trial.

Neuralink

14,060,893 views • 2 years ago

ALS is a disease that takes everything. Our goal is to give something back. Kenneth, who has been losing his ability to move and speak due to ALS, is exploring how Neuralink’s brain-computer interface technology can help translate neural signals into life-changing impact.
1:00
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ALS is a disease that takes everything. Our goal is to give something back. Kenneth, who has been losing his ability to move and speak due to ALS, is exploring how Neuralink’s brain-computer interface technology can help translate neural signals into life-changing impact.

Neuralink

812,897 views • 3 months ago

After injury paralyzed him from the neck down, Rockynohands tested many assistive technologies to reconnect with the world. He re-learned how to play video games with a mouth-operated controller and is now a pro gamer with multiple Guinness World Records and a significant following. We invited Rocky to Neuralink to share his story, learn about our technology, and discuss the possibilities of brain interfaces for paralysis and other unmet medical needs.
7:07
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After injury paralyzed him from the neck down, Rockynohands tested many assistive technologies to reconnect with the world. He re-learned how to play video games with a mouth-operated controller and is now a pro gamer with multiple Guinness World Records and a significant following. We invited Rocky to Neuralink to share his story, learn about our technology, and discuss the possibilities of brain interfaces for paralysis and other unmet medical needs.

Neuralink

1,708,708 views • 8 months ago

Watch the latest update from the Neuralink team.
59:58

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Watch the latest update from the Neuralink team.

Neuralink

2,751,272 views • 1 year ago

Check out our latest video to learn more about our PRIME Study! 🧠📱
1:32
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Check out our latest video to learn more about our PRIME Study! 🧠📱

Neuralink

5,202,447 views • 2 years ago

We currently have over 20 of our latest generation implants that have passed the 5-year mark of accelerated aging on benchtop (and still going!) 5⃣🚀 #techtuesday
0:32
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We currently have over 20 of our latest generation implants that have passed the 5-year mark of accelerated aging on benchtop (and still going!) 5⃣🚀 #techtuesday

Neuralink

5,679,368 views • 3 years ago

🪡 We often get questions about the safety of our implant’s electrode threads. In this video, Dave, a member of our technical staff, shares data highlighting the leap forward in safety that our technology provides.
4:22
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🪡 We often get questions about the safety of our implant’s electrode threads. In this video, Dave, a member of our technical staff, shares data highlighting the leap forward in safety that our technology provides.

Neuralink

1,462,175 views • 1 year ago

The needle grasps and inserts each electrode thread of our implant into the brain. We've built the technology to produce these needles in-house, using lasers to mill features invisible to the naked eye.
1:16
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The needle grasps and inserts each electrode thread of our implant into the brain. We've built the technology to produce these needles in-house, using lasers to mill features invisible to the naked eye.

Neuralink

215,719 views • 2 months ago