Paper Contents
Abstract
Technology and human intelligence are now more integrated than ever before. Eventually, all devices will be controlled and operated without requiring human touch, and lengthy passwords for authenticity verification will no longer need to be remembered. This study looks at the amazing advancements in computer science and neuroscience, and it briefly explores how these two very different fields of study will come together to allow direct brain-to-computer communication via the signals and waves that the brain transmits. The device will be powered by non-invasive methods including implanted microelectrodes and electroencephalography (EEC). By bridging the gap, this will help people with physical disabilities interact with the outside world and improve their quality of life. With the aid of this sensor, we may effortlessly control the computer cursor with just one thought. Normally, we require switches to run any electrical gadget and our fingerprints, retinas, facial locks, or complex passwords to verify our identity. When it comes to limitless human-machine contact, this method seems promising.
Copyright
Copyright © 2024 Anchal Nigam. This is an open access article distributed under the Creative Commons Attribution License.
