Extreme semiconductor chips offer uses beyond just commercialization. There are many different ways this research can be used to further the public good.
Extreme semiconductor chips can be used in a multitude of applications to positively impact the public good in several different areas, including health, defense and energy efficiency.
With novel packaging, the extreme semiconductor chips can be integrated with wearable biometric platforms, where sensor flexibility is a key requirement for participant comfort. We've partnered with the Arnold School of Public Health to ensure a flexible chip design that will work well in wearable health devices for children.
Arnold School of Public Health, Excercise Science Department
One key application of the research is in the production of Ultraviolet (UV) LEDs and LED lamps. These lamps are the backbone of low-cost, easily deployable disinfection systems.
Sensor Electronic Technology Inc. and Nitek Inc.
We are always considering different commercial applications of our research that could be pursued in the future or with a strategic partner.
Want to discuss an outreach effort for your organization, school or institution using this research?