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

The fastest drummer in the world is a cyborg | Big Think x Freethink


3m read
·Nov 3, 2024

Processing might take a few minutes. Refresh later.

NARRATOR: This is the world's first bionic drummer. He's the fastest drummer in the world. He's also a pioneer of prosthetics. He's trying to control these robotic fingers with his mind.

JASON BARNES: Come on, dude. (beep) you.

ZACH: You're not doing that. I am.

BARNES: Come on, Zach.

ZACH: I'm working on it, man.

BARNES: What's going on, dude?

ZACH: I'm working on it.

NARRATOR: That dude helping is Zach, a grad student at Georgia Tech.

BARNES: It's working now.

NARRATOR: The goal of all this? To close the gap between man and machine. That is pretty cool.

NARRATOR: For Jason Barnes, music is life.

BARNES: What music does for me, I guess, is what drugs do for the everyday person. It's kind of an escape and a release for me. I've been a musician from a young age. I grew up watching my dad play guitar. Ever since then, drums have been my passion. Unfortunately, when I was 22, I was involved in an electrical accident at work.

NARRATOR: A transformer exploded and shocked him with 22,000 volts of electricity, burning him badly. He and his doctors made the tough decision to amputate his arm.

BARNES: I felt at the time that I had lost everything I have, as far as being a musician goes. It's completely devastating, especially when that is your whole life and it's taken from you. Something like that could potentially be the end of your world.

NARRATOR: But in a way, Jason was just getting started.

BARNES: I drug my drum kit out of the garage and taped the drum stick to my stump. Still had bandages on it and everything, and proceeded to start playing the drums. That moment right there was a push point for me to accept what had happened and try and do something with it.

NARRATOR: He was on his way to becoming a bionic musician, so the next thing Jason did was build a custom prosthetic to play the drums. And they worked pretty well, but then he found out about this. This robot musician is actually improvising. It's listening and responding in real time, just like a human.

GIL WEINBERG: I've always been excited about creating something new, that will inspire and surprise me.

NARRATOR: That's the robot's creator, Gil Weinberg.

WEINBERG: I'm trying to create robots that will actually make you cry, that will blow your mind, send shivers down your spine.

NARRATOR: Gil heard about Jason.

WEINBERG: I received an email from someone who said, "I know an amputee drummer, and he needs to have a robotic arm to play music." I immediately was interested.

NARRATOR: And Gil and Jason teamed up.

WEINBERG: I'm very excited about the idea of human augmentation, about bringing the technology into the body and allow people to explore things that they couldn't before.

NARRATOR: Gil equipped Jason with this robot arm, and he pre-programmed some dope beats on it. That allowed Jason to do this. And just to be clear, this is not humanly possible. He's doing 40 hits per second. That's twice as much with one arm as any human could do with two. But the real challenge was how to get Jason to fully control a robot arm like this with his mind.

First, they used a technology called EMG.

WEINBERG: EMG stands for electromyography.

NARRATOR: EMG reads electrical signals from the muscles in Jason's arm. Those signals start in his brain. This allows him to do some basic movements just by thinking about it.

BARNES: That was a game changer. I mean, we had no idea it was going to work as well as it did the first time I put it on. It was mind-blowing.

NARRATOR: But to give Jason even more control, they'd need a stronger and clearer signal from the muscles in his arm, so they're trying something new.

ZACH: This is where all the ultrasound research and magic happens.

NARRATOR: They're using ultrasound technology to help sensors see the signals Jason is sending much more clearly. Again, first from his brain, then to his muscles, then to the robot arm. If it works, he'll be able to control five different robot fingers with his mind, just as if it were his hand.

ZACH: Bah, bah-

BARNES: That's the ring finger-

ZACH:... and then it goes open.

BARNES: That's the thumb?

ZACH: Thumb,...

More Articles

View All
Molecular evidence for evolutionary relationships examples | High school biology | Khan Academy
An investigation was carried out on four different plant species to determine which of three species was most closely related to an unknown plant species. The results of the investigation are shown in the data table below. Which plant species appears to b…
Affect and effect | Frequently confused words | Usage | Grammar
Hello Garian, today we’re going to talk about two of my, well, I don’t know if I’d call them favorite, but two of my most frequently confused words. I make this mistake all the time, you know, and I think it’s important to keep it straight. So, affect and…
Worked example: Calculating the equilibrium total pressure after a change in volume | Khan Academy
Phosphorus pentachloride will decompose into phosphorus trichloride and chlorine gas. Kp for this reaction is equal to 0.500 at 500 Kelvin. Let’s say that this reaction is at equilibrium in a reaction vessel that has a volume of 2.0 liters. The equilibri…
Constructing a Reed Boat | The Great Human Race
A ton of energy goes into making this boat. All these reeds have to be cut, collected, carried, transported to here. All the cordage has been made, and now we have to take it and actually make the boat. All right, so I live here, and here, and you’re doi…
The Communities of the Okavango Delta | National Geographic
My name is Tumeletso Setlabosha. But people call me… Water. I live in the center of the Okavango Delta. It’s wonderful. As a young man, I was a tracker, helping people to hunt wildlife. Elephant footprint. It came from this way. Five Zebras! But now I use…
Theoretical probability distribution example: tables | Probability & combinatorics
We’re told that a board game has players roll two three-sided dice. These exist, and actually, I looked it up; they do exist and they’re actually fascinating! And subtract the numbers showing on the faces. The game only looks at non-negative differences. …