Brain-computer interface, artwork
Wall Art and Photo Gifts from Science Photo Library
Brain-computer interface, artwork
Brain-computer interface. Artwork showing a paralysed man using his thoughts to play a computer game. This setup is similar to that used by Matthew Nagle, who was tetraplegic (paralysed from the neck down) due to being stabbed. A chip was embedded in his brain that connected to a computer. The computer was then programmed to recognise Nagles thought patterns and associate them with movements. Nagle could control a computer cursor, using it to press buttons to control his TV, check his emails and even open and close a prosthetic hand. Nagle was one of the first to use a brain-computer interface to restore some of the functionality lost by his paralysis
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6431705
© CLAUS LUNAU/SCIENCE PHOTO LIBRARY
Artificial Implant Communicating Communication Computer Computer Game Cyber Cybernetics Cyborg Disability Disabled Interface Neurobiology Neuroscience Paralysed Paralysis Patient Prosthesis Prosthetic Device Thinking Brain Health Care
EDITORS COMMENTS
This print captures the incredible potential of brain-computer interface technology. In this artwork, we witness a paralysed man defying his physical limitations by using only his thoughts to play a computer game. This groundbreaking setup mirrors the real-life experience of Matthew Nagle, who became tetraplegic after a tragic stabbing incident. Nagle's story is one of resilience and hope as he underwent an innovative procedure where a chip was implanted in his brain, connecting it to a computer. Through extensive programming and analysis of Nagle's thought patterns, the computer learned to interpret his intentions as specific movements. As a result, Nagle regained control over various aspects of his life that were once out of reach. With this newfound ability, Nagle could effortlessly manipulate a computer cursor to perform tasks like operating his TV or checking emails. Astonishingly, he even had the power to open and close a prosthetic hand—a testament to how far technology has advanced in restoring functionality lost due to paralysis. This awe-inspiring artwork serves as both an illustration and celebration of human ingenuity merging with cutting-edge medical advancements. It highlights the immense possibilities that lie within brain-computer interfaces for individuals living with disabilities. By bridging the gap between biology and technology, these interfaces offer hope for improved communication and enhanced quality of life for those affected by paralysis or other neurological conditions. Through this image captured by Science Photo Library, we are reminded that innovation knows no bounds when it comes to improving healthcare outcomes through neuroscience and technological breakthroughs.
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