Loading video...

Video Failed to Load

Go Home

A new device translates brain signals into speech with 97% accuracy

InterestingSTEM's profile picture

Interesting STEM

639,578 subscribers

25,332 views • 1 year ago •via X (Twitter)

EducationHealth & WellnessScience & Technology
LIVE

Anya Rossi• Live Now

Private livecam show

3 Comments

Brandon Wichert's profile picture
Brandon Wichert1 year ago

@xTRYB_Media When you phone reads your mind 😂

AssemblyAI's profile picture
AssemblyAI1 year ago

Announcing: Our most advanced speech-to-text model goes beyond accuracy to capture the real-world complexity of human conversation and deliver reliable, source-of-truth audio data. Explore Universal-2 updates 👇

✨ Vega Space 💫's profile picture
✨ Vega Space 💫1 year ago

Incredible technology.. I have worked with ones as such to be able to communicate would be❤️you get to know their thoughts by their eyes, if one was to pay close attention to detail Also, Why it’s so important to teach the young to take care of themselves and mostly their brains

Related Videos

2. AI can now decode brain signals Into video AI can officially read minds. In a new research paper published by Nature, researchers developed a new AI method called CEBRA that translates brain signals into video.
0:22

2. AI can now decode brain signals Into video AI can officially read minds. In a new research paper published by Nature, researchers developed a new AI method called CEBRA that translates brain signals into video.

Rowan Cheung

124,338 views • 3 years ago

A paper in Nature Neuroscience presents a new device capable of translating speech activity in the brain into spoken words in real-time. This technology could help people with speech loss to regain their ability to communicate more fluently in real time.
3:42

A paper in Nature Neuroscience presents a new device capable of translating speech activity in the brain into spoken words in real-time. This technology could help people with speech loss to regain their ability to communicate more fluently in real time.

Nature Portfolio

26,751 views • 1 year ago

Neuralink gave someone their voice back. Not typed. Not replayed. Him. Brain signals turned into speech in real time. Life-changing. I know. Take a second with that... @Neuralink
0:20

Neuralink gave someone their voice back. Not typed. Not replayed. Him. Brain signals turned into speech in real time. Life-changing. I know. Take a second with that... @Neuralink

Mario Nawfal

39,458 views • 3 months ago

After losing her ability to speak due to a stroke, a woman received a brain implant that captures signals from the area of the brain responsible for planning speech. AI decodes these signals and transforms them into spoken words through a digital avatar
1:01

After losing her ability to speak due to a stroke, a woman received a brain implant that captures signals from the area of the brain responsible for planning speech. AI decodes these signals and transforms them into spoken words through a digital avatar

Massimo

23,111 views • 7 months ago

After losing her ability to speak due to a stroke, a woman received a brain implant that captures signals from the area of the brain responsible for planning speech. AI decodes these signals and transforms them into spoken words through a digital avatar, enabling her to communicate again.
0:55

After losing her ability to speak due to a stroke, a woman received a brain implant that captures signals from the area of the brain responsible for planning speech. AI decodes these signals and transforms them into spoken words through a digital avatar, enabling her to communicate again.

non aesthetic things

266,602 views • 7 months ago

Researchers just developed DeWave- an AI system that can turn silent thoughts into text by decoding brain signals. The system achieved over 40% accuracy in translating verbs directly from neural signals, without the need for invasive implants.
2:12

Researchers just developed DeWave- an AI system that can turn silent thoughts into text by decoding brain signals. The system achieved over 40% accuracy in translating verbs directly from neural signals, without the need for invasive implants.

Rowan Cheung

367,382 views • 2 years ago

Humanoid robots can be commanded by human thoughts as Chinese robotics company AiMOGA translates brain signals to movement. #BrainTech #RobotControl #robot #humanoid #HumanoidRobot #TechInnovation #AiMOGA
0:24

Humanoid robots can be commanded by human thoughts as Chinese robotics company AiMOGA translates brain signals to movement. #BrainTech #RobotControl #robot #humanoid #HumanoidRobot #TechInnovation #AiMOGA

China Xinhua News

11,224 views • 2 months ago

A bionic hand that can “read” brain signals and move independently of the body is opening new possibilities for people with disabilities. ✨ #BrainTech #China
0:55

A bionic hand that can “read” brain signals and move independently of the body is opening new possibilities for people with disabilities. ✨ #BrainTech #China

China Perspective

1,255,882 views • 10 months ago

No speaker? No problem. I built Beatsync — an open-source web audio player for high-precision, multi-device playback. With millisecond accuracy, turn any group of devices into a full surround sound system.
1:03

No speaker? No problem. I built Beatsync — an open-source web audio player for high-precision, multi-device playback. With millisecond accuracy, turn any group of devices into a full surround sound system.

Freeman Jiang

390,622 views • 1 year ago

Meet alterego this AI assisted device passively detects the downstream subtle signals your brain sends to your speech system, before words are spoken aloud. It captures only what you intend to say, It never reads your thoughts and only picks up what you want to communicate.
3:33

Meet alterego this AI assisted device passively detects the downstream subtle signals your brain sends to your speech system, before words are spoken aloud. It captures only what you intend to say, It never reads your thoughts and only picks up what you want to communicate.

Brian Roemmele

19,481 views • 10 months ago

Neuralink is unlocking a new dimension of human potential. It is working on technology that can: - Restore vision, including for people born blind. - Restore communication for people with severe speech impairment. - Turn thoughts directly into speech or text. - Control computers using only your thoughts. - Control robotic arms with your mind. - Restore independence for people with quadriplegia. - Help people with ALS interact with technology again. - Help stroke survivors communicate again. - Help people with neurological disorders regain autonomy. - Decode brain signals into real-world actions. - Restore autonomy to people with unmet medical needs. Here is how the implant is done:
0:35

Neuralink is unlocking a new dimension of human potential. It is working on technology that can: - Restore vision, including for people born blind. - Restore communication for people with severe speech impairment. - Turn thoughts directly into speech or text. - Control computers using only your thoughts. - Control robotic arms with your mind. - Restore independence for people with quadriplegia. - Help people with ALS interact with technology again. - Help stroke survivors communicate again. - Help people with neurological disorders regain autonomy. - Decode brain signals into real-world actions. - Restore autonomy to people with unmet medical needs. Here is how the implant is done:

DogeDesigner

69,818 views • 24 days ago

HAIR-THIN BRAIN CHIP LETS YOU THINK-CONTROL DEVICES Engineers at Georgia Tech + South Korea just shrunk brain–computer interfaces to the size of a hair parting. A cross-shaped resin with microscopic spikes slips between follicles, reading brain signals without surgery. Signals travel through a wire hidden in hair, then beam wirelessly to phones, glasses, or whatever you want to control. Accuracy: 96.4%. Stability: 12 hours. Designed for mass production. For millions with disabilities, it’s a lifeline. For everyone else? Imagine controlling smart homes, gaming, or VR with your mind. Source: hashem.alghaili on IG
1:25

HAIR-THIN BRAIN CHIP LETS YOU THINK-CONTROL DEVICES Engineers at Georgia Tech + South Korea just shrunk brain–computer interfaces to the size of a hair parting. A cross-shaped resin with microscopic spikes slips between follicles, reading brain signals without surgery. Signals travel through a wire hidden in hair, then beam wirelessly to phones, glasses, or whatever you want to control. Accuracy: 96.4%. Stability: 12 hours. Designed for mass production. For millions with disabilities, it’s a lifeline. For everyone else? Imagine controlling smart homes, gaming, or VR with your mind. Source: hashem.alghaili on IG

Mario Nawfal

60,207 views • 11 months ago

When simple math turns into a full-on brain rebellion 🤯 85 + 25 = 105… then 97… and somehow 60! Some days your brain just says, “Not today!”
0:33

When simple math turns into a full-on brain rebellion 🤯 85 + 25 = 105… then 97… and somehow 60! Some days your brain just says, “Not today!”

𝐃𝐚𝐫𝐤 𝐇𝐚𝐢𝐫𝐞𝐝

15,001 views • 7 months ago

Full speech with English subtitles (Disclosure: GPT translated, no promises on complete accuracy)
18:41

Full speech with English subtitles (Disclosure: GPT translated, no promises on complete accuracy)

OSINTtechnical

114,189 views • 1 year ago

A paper in Nature Neuroscience presents a device capable of translating activity in the brain during attempted keyboard typing into typed text.
2:16

A paper in Nature Neuroscience presents a device capable of translating activity in the brain during attempted keyboard typing into typed text.

Nature Portfolio

18,295 views • 4 months ago

Elon Musk says the vast majority of brain diseases are ultimately fixable with a Neuralink device "If you think of the brain like a computer, effectively like a circuit board, you can say if there were some short circuits or some circuits that should be there but aren't, we can fix those Basically, it's kind of like fixing a circuit board. The vast majority of brain issues, I think, are fixable with a Neuralink device. It’s a fine-grained way of reading and writing electrical signals in the brain at high precision If there’s an electrical storm like epilepsy, you can interrupt that storm. In the case of blindness, if somebody's lost their optic nerve or both eyes, you can still stimulate the visual cortex Anything that is a function of signals in or out, if that is the nature of the problem, it can be fixed ultimately with a Neuralink device."
1:23

Elon Musk says the vast majority of brain diseases are ultimately fixable with a Neuralink device "If you think of the brain like a computer, effectively like a circuit board, you can say if there were some short circuits or some circuits that should be there but aren't, we can fix those Basically, it's kind of like fixing a circuit board. The vast majority of brain issues, I think, are fixable with a Neuralink device. It’s a fine-grained way of reading and writing electrical signals in the brain at high precision If there’s an electrical storm like epilepsy, you can interrupt that storm. In the case of blindness, if somebody's lost their optic nerve or both eyes, you can still stimulate the visual cortex Anything that is a function of signals in or out, if that is the nature of the problem, it can be fixed ultimately with a Neuralink device."

X Freeze

17,483 views • 5 months ago