VENUS

Visible Emission Near-Infrared Upconversion Spectrometer

Project Description

The purpose of this project is to design and implement a spectrometer system that detects and measures infrared light with a silicon based detector array to create a spectrum. This can be achieved by upconverting the infrared light to visible light. The device is expected to lower the cost of infrared spectrometers while still being able to resolve infrared wavelengths ranging from 900 nm – 1500 nm. The spectrometer is partially a proof of concept design that can further be improved upon by implementing other materials which upconvert longer infrared wavelengths to visible light

Members

Sean Crystal

Sean Crystal studies Photonic Science and Engineering at The University of Central Florida within CREOL where he has a focus in lasers and laser beam applications. He is a senior at the university and will be graduating in spring 2017. Sean has done research in photonic properties of optical materials, optical and electrical test equipment, Ultrafast fiber lasers, mid-infrared frequency combs and mid-infrared gas detection. Sean plans to continue his studies in lasers and laser beam applications after graduation in graduate school and then take his experience to industry.

Jason Owens

Born in Orlando in October of 1994, Jason Owens was raised by his aunt and his uncle in Mount Dora, Florida. By the age of 10 he was inspired by his uncle to pursue a degree in science and engineering. He graduated Mount Dora High School in 2013 and later earned his associates degree from Lake Sumter State College the same year. During his first year at the University of Central Florida he enrolled in the optics program at CREOL and started research under Dr. Ayman Abouraddy in 2014. He is currently working under Dr. Delfyett in the Ultrafast Photonics group at CREOL. He hopes to later continue his studies with high powered lasers and upconversion technology in graduate school.

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