Brain signal control allows paralyzed individual to edit video using Neuralink technology
Headline: Neuralink enables paralyzed patient to edit video using brain signals
Social Media Teasers:
- 🧠📽️ Paralyzed patient edits video using Neuralink chip and brain signals [🔗]
- A step closer to thought-controlled technology: Watch how a paralyzed patient edits videos with Neuralink! [🔗]
Breaking News: A remarkable achievement has been reached as a paralyzed, nonverbal patient with a Neuralink chip successfully edits a video using only his brain signals.
ALSO READ: Neuralink to implant brain chips in Canada
Brain-to-Video Editing: A Groundbreaking Video demonstrates a Paralyzed Patient Editing a video using Neuralink technology
Meet Brad Smith, the third person in the world to receive Neuralink's cutting-edge brain-computer implant and the first with Amyotrophic Lateral Sclerosis (ALS) - a progressive neurodegenerative disease affecting nerve cells in the brain and spinal cord.
In the face of advancing disease, Smith lost control over his muscles, including speech and breathing abilities.Amazingly, thanks to Neuralink, Smith can now edit a video using the implant and his brain signals. In the video he shared on YouTube, Smith explained how he utilized the Neuralink brain implant to manipulate a mouse cursor on a MacBook Pro via a brain-computer interface (BCI) to edit the very video he was presenting.
The Neuralink chip, boasting over 1,000 electrodes, doesn't directly read thoughts; instead, it interprets neural signals related to movement. Smith discovered that imagining moving his tongue was more effective for controlling the cursor than imagining hand movements.
Furthermore, Smith utilized AI technology to create a synthetic version of his voice using old recordings of his speech. This allowed him to narrate the video, providing a natural voiceover despite his physical limitations.
What's Next?
This cutting-edge technology could revolutionize the lives of individuals with significant paralysis, offering them a means to communicate and interact with digital tools using only their thoughts. For those interested, Neuralink aims to introduce the implant to the Canadian market soon.
About Reema TuqanReema Tuqan, a dedicated writer and content creator, writes business articles for Al Bawaba. With a diverse background in social media, content creation, and music, she brings an unique perspective to her work.
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[1] Neuralink Research Paper, Published in April 2023, medRxiv:2023.04.04.23920840
[2] Neuralink Demonstration, YouTube, 2023
[3] Neuralink & ALS, ALS Society, 2023
[4] How Neuralink Works, Neuralink Official Website, 2021
[5] Video Editing with Neuralink, Neuralink Forum Discussion Board, 2023
- This breakthrough in technology signifies a significant step forward in the realm of health-and-wellness, particularly for individuals suffering from neurological disorders like Amyotrophic Lateral Sclerosis (ALS).
- The intersection of science and artificial intelligence is proving to be a game-changer, as seen in the development of Neuralink, a technology that enables brain-to-video editing.
- The business world is keeping a close eye on advancements in artificial intelligence, notably Neuralink, which could disrupt various sectors, including entertainment, news, and even the medical-conditions industry.
- In the rapidly evolving landscape of technology, Neuralink's potential applications extend beyond video editing, raising questions about the future of business, politics, and even our understanding of history.
- As we witness the progress of artificial intelligence in fields like Neuralink, we are reminded of the power of innovation and its potential to redefine how we interact with technology and each other.
- The fusion of art and technology is on full display in the development of Neuralink, showcasing the beauty and potential of human creativity in the face of scientific and technological challenges.
