Neuralink is changing the game—a patient is controlling a robotic arm with just their thoughts. No joystick. No muscle sensors. Just pure brain activity.
Here’s how it works:
The implant reads neural signals from the motor cortex.
Sends them wirelessly to the robotic arm.
Translates them into real-time movement.
And this is just the beginning… Imagine controlling full-sized robots, exoskeletons, or restoring lost motor function. Add pressure sensors, and you bring back the sense of touch.
The future of innovation is happening now.
Here’s how it works:
The implant reads neural signals from the motor cortex.
Sends them wirelessly to the robotic arm.
Translates them into real-time movement.
And this is just the beginning… Imagine controlling full-sized robots, exoskeletons, or restoring lost motor function. Add pressure sensors, and you bring back the sense of touch.
The future of innovation is happening now.
π Neuralink is changing the game—a patient is controlling a robotic arm with just their thoughts. No joystick. No muscle sensors. Just pure brain activity.
Here’s how it works:
π§ The implant reads neural signals from the motor cortex.
π‘ Sends them wirelessly to the robotic arm.
π€ Translates them into real-time movement.
And this is just the beginning… Imagine controlling full-sized robots, exoskeletons, or restoring lost motor function. Add pressure sensors, and you bring back the sense of touch.
The future of innovation is happening now.