Myles Cline, a senior at Trine University, joined professors Allan Guymon, Ed Gillan
and Amanda Haes, specialists in biomedical engineering, chemical engineering, and
chemistry, for a nanoscience and nanotechnology REU (Research Experience for Undergraduates)
at the University of Iowa.
The focus was on ultraviolet (UV) to terahertz (THz) photonics research. The REU sought
to design photonic devices that can detect, generate, or even manipulate light. Myles
was tasked with creating an optic to improve surgical lighting for the eye.
Myles spent most of his days working on a ray tracing program. It modeled the passage
of light through an eye, and he had to determine a way to improve it.
“In the end, I was able to help produce an optic that was able to enhance the surgical
lighting for the eye,” he said. He designed the optic using COMSOL, the same FEA software
he used for the ray tracing simulations. The parabola-shaped optic was the first,
as there was no pre-existing optic. He was able to test the prototype optic on a cadaver
eye.
Myles saw the opportunity on the National Science Foundation (NSF) website and decided
to apply because nanotechnology sounded like an interesting topic. The experience
was exciting.
“Being able to see the process of research directly, and how fast my project in particular
was going, was wonderful,” he said.
Myles enjoyed his experience in the REU program, and he sees it as greatly beneficial
toward his future.
“Having experience in a graduate level setting will be useful, as I aim to obtain
a Ph.D.,” he explained.
He encourages others to consider applying for the REU program.