Chaparro-Sierra, Luisa Fernanda

High Energy Physics, Ph.D. from the Universidad de Los Andes (Bogotá, Colombia), with a Master's degree in Physics and a bachelor's degree in Physics from the same university. During her doctoral studies, she worked at CERN -Conseil Européen pour la Recherche Nucléaire- (Geneva, Switzerland) in the CMS (Compact Muon Solenoid) experiment as an associate member, investigating Higgs in the muon decay channel. She also worked as a visiting scientist at FNAL -Fermi National Accelerator Laboratory- (Batavia, Illinois), researching the Higgs decay channel in Z boson + photon. In addition, she did a postdoctoral fellow at the Universidad Nacional de Colombia in the DataLab group. She worked on quantifying the perception of security in a city using social networks as a database, its relationship with crime, and the interpretability of Machine Learning (ML) models. The main research topics include computational modeling and phenomenological analysis of High Energy Physics and its applications.

High Energy Physics, Ph.D. from the Universidad de Los Andes (Bogotá, Colombia), with a Master's degree in Physics and a bachelor's degree in Physics from the same university. During my doctoral studies, I worked at CERN -Conseil Européen pour la Recherche Nucléaire- (Geneva, Switzerland) in the CMS (Compact Muon Solenoid) experiment as an associate member, investigating Higgs in the muon decay channel. I also worked as a visiting scientist at FNAL -Fermi National Accelerator Laboratory- (Batavia, Illinois), researching the Higgs decay channel in Z boson + photon. In addition, I did a postdoctoral fellow at the Universidad Nacional de Colombia in the DataLab group. I worked on quantifying the perception of security in a city using social networks as a database, its relationship with crime, and the interpretability of Machine Learning (ML) models. The main research topics include computational modeling and phenomenological analysis of High Energy Physics and its applications.