Thaddeus Potter is currently making significant strides as a Graduate Research Assistant at the University of Massachusetts Lowell, where he is deeply engaged in cutting-edge research that bridges the fields of materials science and astrophysics. His dissertation focuses on developing a sophisticated STOP model to...
Thaddeus Potter is currently making significant strides as a Graduate Research Assistant at the University of Massachusetts Lowell, where he is deeply engaged in cutting-edge research that bridges the fields of materials science and astrophysics. His dissertation focuses on developing a sophisticated STOP model to analyze the effects of thermal drifts on the PICTURE-C high-altitude balloon telescope, a project that aims to enhance our understanding of cosmic phenomena through high-contrast imaging. Thaddeus’s expertise in thermal analysis and polymer chemistry is instrumental in this research, as he meticulously builds, integrates, and verifies thermal, mechanical, and optical models that are critical for the success of the telescope's deployment.
In addition to his dissertation work, Thaddeus has a robust background in materials science, having previously explored areas such as conducting polymers and perovskite solar cells. His proficiency in quantum chemistry simulations further complements his research capabilities, allowing him to tackle complex problems with innovative solutions. Thaddeus regularly presents his findings to principal investigators, employing statistical analysis to ensure that project objectives are met and timelines are adhered to. His leadership skills shine through as he mentors junior teammates, guiding them in follow-up studies and fostering a collaborative research environment.
Outside of his academic pursuits, Thaddeus is passionate about student advocacy and education, dedicating time to teaching and tutoring, which reflects his commitment to nurturing the next generation of scientists. Proficient in programming languages such as Python and MATLAB, as well as utilizing software like Gaussian 16 for computational chemistry, Thaddeus Potter exemplifies the intersection of theoretical knowledge and practical application in the realm of scientific research.
