Marco Antonio Cuyubamba Espinoza

Conducts research in gravitational physics, black-hole perturbation theory, modified gravity, and numerical modeling. Designs computational experiments and cross-validates numerical methods for computing black-hole spectra and stability regions.

Member of the research team of a competitively funded internal UTEC project on black-hole dynamics, gravitational perturbation theory, and cosmology. Project awarded S/ 100,000 in research funding.

Conducted postdoctoral research in theoretical gravitational physics at the Institute of Physics, supported by the Alexander von Humboldt Foundation. Worked on theoretical and computational problems related to gravitation and compact objects as part of an international research collaboration.

Develops AI-assisted technical workflows using Claude Code and OpenAI Codex for scientific computing, automation, and document processing. Builds automated pipelines and validates generated code against analytical solutions and test cases.

Designs and evaluates university-level problems in physics, calculus, differential equations, numerical methods, optics, and mathematical modeling. Develops expert-verified solutions, grading criteria, and structured evaluation materials.

BSc in Physics from Universidad Nacional de Ingeniería.

PhD in Physics with research focus on theoretical physics, gravitation, black-hole perturbations, mathematical modeling, and scientific computing.

MSc in Physics from Universidade Federal do ABC.