Mark Zuckerberg

And I would guess that. You know, I think it's going to be a while before we're really widely deploying anything that jacks into your brain. I think that there are a lot of people who don't want to be the early adopters of that technology. You want to like wait until that's pretty mature before you get that. I mean, that's basically going to get started in medical use cases, right?

And I would guess that. You know, I think it's going to be a while before we're really widely deploying anything that jacks into your brain. I think that there are a lot of people who don't want to be the early adopters of that technology. You want to like wait until that's pretty mature before you get that. I mean, that's basically going to get started in medical use cases, right?

So if someone like loses sensation part of their body and now you have the ability to fix that.

So if someone like loses sensation part of their body and now you have the ability to fix that.

So if someone like loses sensation part of their body and now you have the ability to fix that.

Yeah. So I think you'll basically start with people who have pretty severe conditions, who the upside is very significant, before you start jacking people in to play games better. Right? Right. A wrist-based thing, I mean, that's something, I mean, like people wear stuff on their wrist all the time, right?

Yeah. So I think you'll basically start with people who have pretty severe conditions, who the upside is very significant, before you start jacking people in to play games better. Right? Right. A wrist-based thing, I mean, that's something, I mean, like people wear stuff on their wrist all the time, right?

Yeah. So I think you'll basically start with people who have pretty severe conditions, who the upside is very significant, before you start jacking people in to play games better. Right? Right. A wrist-based thing, I mean, that's something, I mean, like people wear stuff on their wrist all the time, right?

So, and what we basically found there, that doesn't do input to you, but it's good for giving you the ability to control a computer. Because basically you have all these extra neurons that go from your brain to controlling your hand. Your hand is like super complicated.

So, and what we basically found there, that doesn't do input to you, but it's good for giving you the ability to control a computer. Because basically you have all these extra neurons that go from your brain to controlling your hand. Your hand is like super complicated.

So, and what we basically found there, that doesn't do input to you, but it's good for giving you the ability to control a computer. Because basically you have all these extra neurons that go from your brain to controlling your hand. Your hand is like super complicated.

And there's actually all these extra pathways because for a bunch of reasons, I'm neuroplasticity in case you like lose the ability to use one, they want to be able to have others. So you want the redundancy because being able to use your hand is super important. So in normal use, we've kind of all figured out some patterns of how we send signals from our brain to our hand. And yeah,

And there's actually all these extra pathways because for a bunch of reasons, I'm neuroplasticity in case you like lose the ability to use one, they want to be able to have others. So you want the redundancy because being able to use your hand is super important. So in normal use, we've kind of all figured out some patterns of how we send signals from our brain to our hand. And yeah,

And there's actually all these extra pathways because for a bunch of reasons, I'm neuroplasticity in case you like lose the ability to use one, they want to be able to have others. So you want the redundancy because being able to use your hand is super important. So in normal use, we've kind of all figured out some patterns of how we send signals from our brain to our hand. And yeah,

I think the reality is there's like all these other patterns, too, that are unused today. So you can put a wristband on your wrist that can measure activity across these neurons. And today we're starting by basically measuring as you're doing as you're like moving your fingers. But over a few versions of this, we're going to get to is like.

I think the reality is there's like all these other patterns, too, that are unused today. So you can put a wristband on your wrist that can measure activity across these neurons. And today we're starting by basically measuring as you're doing as you're like moving your fingers. But over a few versions of this, we're going to get to is like.

I think the reality is there's like all these other patterns, too, that are unused today. So you can put a wristband on your wrist that can measure activity across these neurons. And today we're starting by basically measuring as you're doing as you're like moving your fingers. But over a few versions of this, we're going to get to is like.

you won't actually even have to move your hand you'll just like trigger these neurons in opposing ways it's like you probably can't see right now it's like i'm kind of flexing something in this finger and something here so like it's not actually moving but there's some signal that the neural interface wristband if i were wearing it could pick up and i just think we're gonna be we're gonna like have glasses and we're gonna be able to be here and i'm like gonna be able to like you know

you won't actually even have to move your hand you'll just like trigger these neurons in opposing ways it's like you probably can't see right now it's like i'm kind of flexing something in this finger and something here so like it's not actually moving but there's some signal that the neural interface wristband if i were wearing it could pick up and i just think we're gonna be we're gonna like have glasses and we're gonna be able to be here and i'm like gonna be able to like you know

you won't actually even have to move your hand you'll just like trigger these neurons in opposing ways it's like you probably can't see right now it's like i'm kind of flexing something in this finger and something here so like it's not actually moving but there's some signal that the neural interface wristband if i were wearing it could pick up and i just think we're gonna be we're gonna like have glasses and we're gonna be able to be here and i'm like gonna be able to like you know