United States
United Kingdom
Canada
Australia
New Zealand
IrelandCleo Abram finds "lip reading, not mind reading" at Neuralink
Her facility tour goes from a USB-C prototype to robotic surgery practice, with restoring communication at the heart of the story.
Cleo Abram
Story of No. 74 on the daily chartNo. 4 on the Science chart
Why this story? One of the most watched videos since yesterday, with 624,957 views.
Neuralink’s Newest Brain Chip Isn’t What You Think
Things we can learn from the video
Press to jump
- 3:04Brain scans locate the motor cortex's "hand knob" to help target signals associated with intended movement.
- 4:48Abram distinguishes interpreting targeted brain signals from reading someone's thoughts: "Lip reading, not mind reading."
- 6:08BCI designs range from external EEG sensors to devices in blood vessels, surface films and intracortical electrodes.
- 8:00Seo demonstrates the N1 implant, whose ultra-thin threads carry more than a thousand electrodes.
- 11:02Abram and Seo practice robotic implant placement on a realistic head model.
- 14:50The report turns to applications helping people with paralysis communicate and regain control.
An early brain-implant prototype has a connector Cleo Abram recognizes immediately. "You plugged a USB-C into someone's head," she says to Neuralink co-founder DJ Seo. The version he shows next is wireless, but that familiar plug makes the engineering challenge suddenly tangible.
"Neuralink's Newest Brain Chip Isn't What You Think" has drawn about 625,000 views since yesterday. Abram visits the company's Austin facilities to examine both its N1 implant and the R1 robot designed to place its delicate threads in the brain.
The important distinction comes before the surgical demonstration. Principal investigator Dan Adams shows how scans locate the motor cortex's "hand knob," helping researchers target signals associated with intended movement. He likens interpreting those signals to neural lip reading. Abram supplies the shorter explanation: "Lip reading, not mind reading." This isn't a machine freely rummaging through someone's private thoughts.
Nor is every brain-computer interface built the same way. Abram compares sensors outside the skull with devices placed in blood vessels, films resting on the brain's surface and electrodes entering brain tissue. Neuralink's approach uses ultra-thin threads carrying more than a thousand electrodes.
Inside the cleanroom, she explains that the protective clothing is there to protect the chips from the people. Later, she and Seo practice implant placement with the surgical robot on a realistic head model, not a patient. The video also includes a paid advertising segment for Mercury.
The destination is less about acquiring superpowers than recovering a way to act and communicate. In the closing stretch, Abram shows applications for people with paralysis, including a clinical trial participant communicating through a brain-computer interface. That's the practical promise she wants viewers to see behind the science-fiction image of a computer in your head.
Published on Trari
Where next?
Is this your channel?For the channel's owners and team: a ready picture and text for your audience
Share the story with your audience. Everything is ready:
For an Instagram story or a WhatsApp status
For a community post or your channel's description
- Channel
- Cleo Abram
- Subscribers
- 8,930,000 ▲ 30,000 this week
- Channel views, last 7 days
- 20,107,406
- Channel views, pace per day
- 4,236,302 (on a normal day: 3,285,448)
- Video published
- October 30, 2026
- Video views so far
- 624,957 (less than a day online)
- Video views, pace per day
- 777,113
The numbers
The Neuralink tour drew roughly 625,000 views before completing its first day online.
💡 Test your knowledge
Which Texas city does Cleo Abram visit for her Neuralink tour?
Abram visits Neuralink's facilities in Austin, Texas.