yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Unleashing the Power of the Mind Through Neuralink #Shorts


less than 1m read
·Nov 4, 2024

Processing might take a few minutes. Refresh later.

Each near-link N1 chip is roughly 4x4 millimeters with a thousand electrodes each. It's feasible to fit up to 10 of these inside your head in different areas, all to measure and affect different parts of your brain. Using just 256 electrodes, or about two and a half percent the number of electrodes, Neuralink eventually plans to use. Human patients have been able to control computer cursors, robotic limbs, and speech synthesizers. The full potential, with nearly 40 times that amount of electrodes, is hard to imagine.

For Neuralink, this is just the beginning, and it's already a thousand times better than what is currently approved in version one. Each electrode is inserted into your head via tiny threads that are roughly 5 micrometers thick. They're around 10 times smaller than a human hair and contain 32 electrodes each. It's roughly the same size as a neuron, which is a good idea.

There's a size limit for things that you want to stick in your head. Something too large is inevitably going to cause problems, so the smaller the better.

More Articles

View All
Richard Carranza on how NYC is handling school closures during Covid-19 | Homeroom with Sal
Hi everyone! Welcome to the daily homeroom live stream, which is something that all of us at Khan Academy started up once we started having mass school physical closures. I should say many seems like a lifetime ago. It’s just a way to keep in touch, have …
Equivalent ratios
We’re asked to select three ratios that are equivalent to seven to six. So pause this video and see if you can spot the three ratios that are equivalent to seven to six. All right, now let’s work through this together. The main thing to realize about equ…
Change in period and frequency from change in angular velocity: Worked examples | Khan Academy
We’re told that a large tire spins with angular velocity (4 \Omega). A smaller tire spins with half the angular velocity. I’m assuming half the angular velocity of the large tire. How does the period (T{\text{large}}) of the large tire compare with the pe…
Identifying centripetal force for ball on string | AP Physics 1 | Khan Academy
What we’re going to do in this video is try to look at as many scenarios as we can where an object is exhibiting uniform circular motion. It’s traveling around in a circle at a constant speed, and what we want to do is think about why it’s staying on the …
The People and Tech That Power Nat Geo | Podcast | Overheard at National Geographic
Foreign, when you think about a 135-year-old institution, you know, you might think of something that’s, you know, fussy or tradition-bound. This is Nathan Lump, he’s National Geographic’s editor-in-chief, the 11th person to lead this magazine, and nowada…
Zero Interest Rate Policy: Handled incorrectly, too much money can be poison.
It turns out that if money was the only variable to making your company work, then startups wouldn’t work, because all the incumbents have way more money. It’s true, Apple has a lot of money—like all the money, all the money effectively, right? Two, um, …