MIT Develops Microchip for the Eye, Helps People to See
Brian G Randles — September 25, 2009 — Tech
References: newlaunches & gizmodo
MIT researchers are developing an eyeball microchip that adheres to an eye to revive sight. The device could begin human trials within the next few years.
The eyeball microchip, which could theoretically allow blind people to see, is made to be placed on the outside of the eye and would help people who are visually impaired navigate around walls, recognize a face and just make normal tasks easier.
Implications - Technological innovations have greatly helped the medical world to continuously advance, and consumers are becoming more medically savvy as a result of products like these eyeball computer chips. All industries can benefit by staying up to date with all of the latest technological innovations and finding ways to incorporate both technical as well as medical details into their product designs.
The eyeball microchip, which could theoretically allow blind people to see, is made to be placed on the outside of the eye and would help people who are visually impaired navigate around walls, recognize a face and just make normal tasks easier.
Implications - Technological innovations have greatly helped the medical world to continuously advance, and consumers are becoming more medically savvy as a result of products like these eyeball computer chips. All industries can benefit by staying up to date with all of the latest technological innovations and finding ways to incorporate both technical as well as medical details into their product designs.
Trend Themes
1. Eyeball Computer Chips - Disruptive innovation opportunity: Companies can explore the development of advanced eye-improving technologies, such as contact lenses or implants, to enhance visual capabilities and improve daily tasks for visually impaired individuals.
2. Medical Wearable Devices - Disruptive innovation opportunity: Businesses can focus on creating wearable devices that integrate with the human body, like the eyeball microchip, to monitor health, restore functionality, and provide personalized medical solutions.
3. Bioelectronic Medicine - Disruptive innovation opportunity: The field of bioelectronic medicine can explore the use of microchips and other technologies to develop innovative therapies for various medical conditions, offering new treatment options and enhancing quality of life.
Industry Implications
1. Healthcare Industry - Disruptive innovation opportunity: The healthcare industry can leverage advancements in medical technology, like the eyeball microchip, to improve patient care, diagnostics, and treatment outcomes.
2. Electronics Industry - Disruptive innovation opportunity: The electronics industry can collaborate with medical researchers to develop cutting-edge wearable devices or implantable technologies, fueling advancements in health monitoring and personalized medicine.
3. Assistive Technology Industry - Disruptive innovation opportunity: Companies in the assistive technology industry can explore the integration of microchip technologies, like the eyeball microchip, to develop groundbreaking solutions that enhance the independence and well-being of visually impaired individuals.
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