computational modeling of retinal damage thresholds

Authors

payton Hoffman, Fort Hays State UniversityFollow
eos shapland, fort hays state universityFollow
alan enriquez, fort hays state universityFollow

Abstract

The Scalable Effects Simulation Environment(SESE), is the computational Biophysics software contracted by Nanohmics we used for our research. The goal was to find the minimum energy necessary to damage the retina from 2 laser sources, a 532 nm He-Ne source, and Supercontinuum Laser(SCL) source at 400-1400nm. We needed a 10 times damage ratio for significance. Our data did not show this trend.

Faculty Advisor

Gavin Buffington

Department/Program

Physics

Submission Type

in-person poster

Date

4-10-2024

Rights

Copyright the Author(s)

Recommended Citation

Hoffman, payton; shapland, eos; and enriquez, alan (2024) "computational modeling of retinal damage thresholds," SACAD: John Heinrichs Scholarly and Creative Activity Days: Vol. 2024, Article 34.
Available at: https://scholars.fhsu.edu/sacad/vol2024/iss2024/34