My Journey of Perseverance Into Research: From Pokémon to Physics

I used to adore video games as a kid. On my old computer and Nintendo DS, I used to play them for hours at a time. My schedule was constrained by my parents so that I could focus more on my classes. But I was always able to keep playing covertly.

I cherished Pokémon. I was curious about my power level and my ability to use math to defeat my adversaries while playing. I made an effort to estimate the amount of damage I could cause given the strength of my attacks and the defenses of the opposition. Although I was never able to accurately estimate the damage, this mindset inspired me to play with numbers and math. &nbsp,

I am currently conducting research at NIST as a part of the Professional Research Experience Program ( PREP ) thanks to my early interest in video games. &nbsp,

Research that is” Exciting”

Transistors, which amplify electricity in our electronic devices, are the focus of my research project at NIST. I specifically work with organic transistors, which are semiconductors based on carbon. In essence, carbon-based semiconductors have the potential to increase the energy efficiency of our electronic devices. The work is intricate and fascinating. &nbsp,

I’m looking into singlet fission, a process that can happen in organic semiconductors. We must first understand the main character ( or characters ) in our story—an exciton—before we can comprehend singlet fission. An electron and a “hole,” or location where an electron might be but is n’t, form an exciton. &nbsp,

When light is absorbed by an organic semiconductor molecule, singlet fission occurs. One exciton transforms into two excitons during the process, but the combined energy is only half as great. These excitons eventually decompose into distinct electrons and holes, which contribute to the electric current.

Understanding singlet fission can help solar cells, which are used in solar panels to convert sunlight into electricity, function more effectively. Singlet fission in solar cells can increase the efficiency of light conversion into electricity. Other applications of quantum information, such as quantum computing, may also benefit from single fission.

In my project, we alter the number of excitons produced during singlet fission using an electromagnet, which may result in an increase in energy production. This method was recently employed at NIST to create a tool for measuring magnetic fields. To improve the performance of organic transistors, we are working to better understand these ideas.

We might increase the power of solar cells or advance quantum computing if we’re successful. This field is therefore “exciting” in a variety of ways! &nbsp,

I’ve met a lot of inspiring people at NIST in addition to the fascinating research opportunities. Notably, Katelyn Goetz and Emily Bittle, my mentors, have provided me with invaluable advice as I begin my research career.

perseverance and physics

When I was 13 years old, I relocated to Brazil from my home in Venezuela. I found it terrifying to begin a new life somewhere new, but I quickly adapted. &nbsp,

Spanish is my mother tongue, and Portuguese is Brazil’s official language. I was able to adapt to Brazilian culture and learn the language with ease.

I had the chance to study mathematics and physics in Brazil thanks to some incredible high school teachers. I recall that after school, I began to play with physics in a similar manner to how I used to do with numbers. How powerful a force would need to be in order to push 6,000-floor buildings around the equator in 16 seconds, for example? Although these questions were absurd, they were entertaining to answer.

I then returned to Venezuela with my family. The “big blackout” of 2019 resulted in weeks of widespread power outages. I never came back from my trip to the United States with my family. This is the longest trip I’ve ever taken, I always say.

My sister was residing in Maryland when we moved there, so we did. At Montgomery College, I began my studies. I had to enroll in several semesters of English language classes because I do n’t speak the language fluently. These were challenging because English and Spanish are very dissimilar from Portuguese. I was, however, adamant about moving forward. I chose to study physics after finishing those semesters because I’ve been interested in it ever since I started playing Pokémon.

I was able to pursue my professional career objectives at Montgomery College. Additionally, it gave me the fantastic opportunity to participate in the PREP program at NIST. &nbsp,

I can see how different nations have had a significant impact on my development as I think back on the most important moments in my life. My early years were shaped by Venezuela, and my interest in numbers was marked by video games. In my high school years, Brazil helped me understand the wonders of math and physics, which helped define my adolescence. Finally, the United States was a key factor in my early adulthood because it gave me the chance to advance professionally and pursue an academic career.

My life has been very much characterized by perseverance. For instance, I developed an interest in a variety of forms of fitness when I was young. I persevered despite my parents ‘ fears that I would n’t. But I always follow through on my goals, whether they are related to science or fitness. It’s a useful trait to have when working in science, though I’m not sure where exactly that comes from.

My scientific endeavors, which call for unwavering resolve and patience, have benefited particularly from this innate grit. For instance, a lot of data analysis is necessary for our project. Because of this, I frequently find myself working long hours, which can be boring. To move forward, I make an effort to be as patient as I can. &nbsp,

I am appreciative of my journey so far, which has been jam-packed with video games, unexpected events, and a ton of mathematics and science, as I anticipate my future in physics.

Considering a Career in Science and the NBPSP,

I intend to transfer to the University of Maryland as my next move. In order to advance my research career, I also want to look for more opportunities. &nbsp,

I hope to be able to obtain citizenship one day so that I can work here at NIST as a permanent researcher, even though I am currently authorized to work in the United States. My longest trip would also officially come to an end!

Since science advances daily, I want to take advantage of any chance I get to experience this constantly changing environment. I’m always looking for opportunities to learn, advance, and contribute to the field, whether it’s through conducting research, attending seminars, presenting papers, or participating in collaborative projects.

Additionally, I would like to see more young people, like myself, seizing chances like the PREP program. It’s critical to keep inspiring and motivating the next generation to join this journey because we need more young researchers to meet the scientific challenges of the future. &nbsp,