Nano Tech

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Our nanotechnology initiative delves into the engineering of materials at the molecular and atomic levels to achieve extraordinary real-world applications. For example, our aerosol science and technology research improves air quality monitoring and pollution control. Our focus on smart precision agriculture enhances crop yields and resource efficiency promoting sustainable farming practices. Nanoparticle synthesis advances medicine with targeted drug delivery and improved diagnostics, while nanomedicine promises revolutionary treatments for many diseases. Lastly, our work in advanced quantum sensing offers unparalleled precision in environmental monitoring and healthcare diagnostics. 

Current Projects

Professor wins prestigious NSF award for cutting-edge neural repair research

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Aerosol scientists at the College of Engineering are taking their research beyond conventional ground-level assessments by teaming up with smart balloons company, Alta Systems, to carry a sensor over 140 meters high and gather aerosol data. Because aerosols influence air quality, weather patterns, and other atmospheric processes, the measurement at high altitude will provide new insight into how aerosols impact human health and climate change.

 

 

 

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