Starting from the previous summer of 2017, this year has been yet another important progression in my life goals. Thankfully, nothing has changed from my first year in that I still have plans of going to graduate school and getting a PhD in physics with dreams of conducting research in a national/government lab or academic setting. However, it is even more exciting in that I can now begin to see my dreams coalesce into tangible events to reach for, rather than just being some vague “big-picture”. To begin let’s preview my past summer that I spent here in Columbus.
Over the summer I took a few classes, Biology and History of Christianity in Western Africa, in order to eliminate some GE requirements and I got quite involved in my research group. Because I was only taking 2 classes (1 of which was online) I was lucky to spend 4-5 hours each day in my lab group working with a post-doctoral researcher and a new graduate student. The skills and experience I gained during this time were tremendously important to my growth as a physicist. For example, one task to reduce/understand the thermionic emission rate of the Photo-tubes proved more difficult than originally expected, for a long time it felt like I was “chasing rabbits”. Stray noise factors, including extraneous magnetic fields, were often difficult and frustrating to diagnose, but the trouble-shooting process and ultimately achieving meaningful results was rewarding. As I continued to accumulate more hours in the lab group I began to make my own, independent, contributions to the research and developed strong connections with the graduate student and post-doc in the lab too, who have provided me with much help and advice as I pursue my career goals.
Over the fall semester I took a hefty course load with 3 high-level physics major classes. Although the work was challenging I reaped the fruits of my labor and gained much knowledge and experience in skills that are extremely practical for a physicist, such as a solid foundation in python coding for data analysis, and circuitry and electronics. Unfortunately, not much progress was made in my research group, in-part because of my demanding work-load and also because that fall the post-doc was installing our prototype detector and CERN and there wasn’t any work that I could do. However, the following spring I devoted a lot of time to my research efforts and enjoyed working with and guiding three freshman who joined the research project. This past semester I’ve transitioned from an engineering aspect of the project to a heavy focus on data-analysis where I have been writing scripts to process and understand live-data from the detector. Most excitingly some of my work has even been presented in monthly meetings with researchers involved across the globe in this project.
Overall this has been an exciting year, where I’ve made many strides both personal and academic. I’ve done excellent in my classes and improved my GPA a lot, especially my major-core GPA. Additionally, my involvement in research has led to strong working connections with physics department faculty, mentors, and even letters of recommendations. The knowledge and coding experience gained from my research/coursework will be highly beneficial to my career as a physicist and I look forward to studying for the Physics GRE this summer, applying to graduate school, continuing my research, and my new job working with Dr. Richard Hughes and Dr. Brian Winer (Chair of the Physics Department) in helping to develop a new course for the upcoming spring semester.