Carlos Carrillo Gallegos
About Carlos Carrillo Gallegos
Carlos Carrillo Gallegos is an undergraduate researcher with a background in astrophysics. He currently works at Yale University in various roles and has developed a Python algorithm for analyzing electricity access using nighttime light data.
Current Role at Yale University
Carlos Carrillo Gallegos serves as an Undergraduate Researcher at Yale University since 2019. His research primarily focuses on star formation and gas flow in the Interstellar Medium. In addition to his research role, he is currently a Student Associate at the Yale Center for Climate Change and Health, a position he has held since 2021. He also works as an Academic Strategies Mentor at Yale University Library, where he has been contributing since 2020.
Previous Experience at University of Chicago
In 2021, Carlos worked as a Summer Research Fellow at the University of Chicago for two months. This role provided him with valuable research experience in a different academic environment, contributing to his development in the field of research.
Research Contributions and Projects
Carlos developed a Python algorithm for Time-Series clustering analysis on nighttime light data. This algorithm aims to identify regions with inconsistent electricity access, showcasing his skills in programming and data analysis. His research contributions reflect a commitment to addressing significant issues related to energy access.
Educational Background in Astrophysics
Carlos Carrillo Gallegos studied Astrophysics at Yale University, where he earned his Bachelor's degree from 2018 to 2022. His academic background has provided him with a strong foundation in the principles of astrophysics, which he applies in his current research endeavors.
Future Plans in Atmospheric Science
Carlos plans to transition to Atmospheric Science for his PhD studies. This shift indicates his intention to expand his research focus and explore new areas within the scientific community, building on his current expertise in astrophysics and climate change.