Organic light emitting diodes (OLEDs) are efficient, tunable, small devices that are easy to produce andimplement. This makes them an increasingly essential part of our technological ecosystem.Understanding how they function and when they don’t is crucial for understanding new applications andtechnologies. For example, it has been shown that exposure to high energy electromagnetic radiation canchange their functionality In this research project, OLEDs were fabricated, exposed to radiation, andtheir responses were monitored. The change in material makeup of the devices was explored, as well asthe change in in their magnetoconductance, or their ability to move current in the presence of a magneticfield. This poster will discuss the intersection of these two measurements, the best ways to take them,and what we learned from our analysis. Results of the experiment will show the change in thecharacteristics of an OLED with increasing exposure to radiation
