Imagine a world where you can control devices with a simple touch or even just by thinking. Purdue University is at the forefront of groundbreaking innovations that may soon make this a reality. In this article, we will explore the exciting developments being made by Purdue professor Shreyas Sen's lab, where they are working on inventions that could revolutionize human-device interaction. Get ready to discover a future where your body becomes the local internet connection, allowing you to perform digital tasks using touch and eventually your thoughts.
Wi-R: Establishing an Internet Within Your Body
Discover the groundbreaking invention of Wi-R that enables communication between devices through touch and your body. Explore the possibilities of expanding your internet network to other devices and humans.
Imagine a world where your body becomes an internet connection for devices. With the invention of Wi-R, developed by Purdue professor Shreyas Sen's lab, this future is closer than ever. Wi-R establishes an 'internet' within your body, allowing devices like smartphones, laptops, and wearables to communicate with each other through touch.
But Wi-R doesn't stop there. It also enables you to expand your internet network to other devices or even other humans through your touch. This means you could send a photo to someone simply by poking them. The possibilities are endless.
With Wi-R, the traditional screen-based interaction with devices may soon become a thing of the past. Instead, you can use your physical touch to perform digital tasks and connect with the digital world in a whole new way.
The Future of Brain-Device Interaction
Explore the concept of controlling technology with your thoughts through a brain implant. Learn about the advantages of electro-quasistatic signals and the potential for transmitting data wirelessly inside the brain.
Controlling technology with your thoughts may sound like science fiction, but Purdue professor Shreyas Sen's lab is working on making it a reality. Building on the discoveries made while developing Wi-R, the lab has invented a brain implant concept that utilizes electro-quasistatic signals.
Unlike traditional brain implants, which rely on wires, this concept takes advantage of the brain's natural ability to carry electrical signals. The implant uses electro-quasistatic signals to transmit data wirelessly inside the brain, potentially at speeds more than a hundred times faster than other methods.
Imagine being able to control technology with your thoughts without the need for physical wires. This concept opens up a world of possibilities for individuals with disabilities and could revolutionize the way we interact with devices.
