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
Introduction to dividing by 2 digits
What we’re going to do in this video is start trying to divide by two-digit numbers. As we’ll see, this is a super important skill that a lot of the rest of mathematics will build off of. But it’s also interesting because it’s a bit of an art. So let’s ju…
Is Earth Actually Flat?
Hey, Vsauce. Michael here. In 2003, researchers did the measurements and found that Kansas is in fact literally flatter than a pancake. Of course, the Earth is not flat; the Earth is round. Otherwise, travellers would be falling off the edge all the time.…
Integrating power series | Series | AP Calculus BC | Khan Academy
So we’re told that ( f(x) ) is equal to the infinite series we’re going from ( n = 1 ) to infinity of ( \frac{n + 1}{4^{n + 1}} x^n ). What we want to figure out is what is the definite integral from 0 to 1 of this ( f(x) ). And like always, if you feel i…
NOW OPEN: Reinvent Mastery by Alux.com
Picture who you want to be 5 years from now. What do you see? Can you imagine where you are, what you’re doing, and who’s around you? Take a mental picture of that. Now, open your eyes up and come back to the present moment. What does your current pictur…
The 6 BIGGEST advantages of being young in business
What’s up you guys, it’s Graham here. So, one of the topics that gets brought up so much on my channel are comments along the lines of, “Am I too young to get into business? Am I too young to sell real estate?” People are telling me I should wait till I’…
Using arithmetic sequences formulas | Mathematics I | High School Math | Khan Academy
All right, we’re told that the arithmetic sequence ( ai ) is defined by the formula where the ( i )-th term in the sequence is going to be ( 4 + 3 \cdot (i - 1) ). What is ( a{20} )? So, ( a{20} ) is the 20th term in the sequence, and I encourage you to …