I utilized the Amati relation ($E_{\text{peak}} - E_{\text{iso}}$) to fit GRB data via $\chi^2$ minimization for various cosmological models ($\Omega_m - \Omega_\Lambda$). In parallel, I constructed a Hubble diagram ($z - d_L$) using BNS population simulations (Colombo et al., 2025) to infer best-fit parameters.
Future work will incorporate short GRB data and forecast detection sensitivities for next-generation facilities like the Einstein Telescope (ET).
Advisors: Dr. G. Ghirlanda, Dr. O. S. Salafia, Dr. A. Colombo.
Selected Work
Education & Training
Ludwig-Maximilian-Universität Munich, Germany
Focus on astrophysics.
Deutsche Schule Barcleona, Spain
Completed dual diploma coursing the German Abitur (learned language) and Spanish Selectividad (maternal language). My 5 final exams mirror my high school journey, a mix of natural sciences (mathematics and physics) and humanities (German lyric, Spanish literature, and Philosophy) and combined written and oral examinations. I obtained a perfect grade 1.0/1.0 and a prize by the German Physical Society (DPG) for outstanding physics performance.
Honors
Funded 3-year fellowship of research experiences for high schoolers. Prestigious scholarship that allows students to have early first-hand experience with real research environments.
Distinction for extraordinary performance in high school physics.
2024: first prize regional level (Spain + Portugal) and awarded internship (at IMF-DLR) at Nordrhein-Westfalen round. 2025: first prize regional level and Nordrhein-Westfalen round with special scientific photography award, and participant in final round.
Awarded the Bronze honour (2023), Silver Honour (2024), and Silver Honour with National Award (2025). Top 7% contestants globally (n>12000).
Approach & Interests
My research sits at the intersection of cosmology and high-energy astrophysics. I am particularly interested in how multiple independent observational probes, gamma-ray bursts and gravitational waves counterparts, can be combined to provide deeper insights into fundamental physics and cosmological parameters.
Beyond traditional research, I believe in the importance of building tools and frameworks that lower barriers to entry in physics and astronomy. This is why I founded and lead the CAPIBARA Collaboration: to demonstrate that rigorous, high-quality science can emerge from student-led initiatives, and to foster a community that values both intellectual rigor and collaborative innovation.
My work emphasizes reproducibility, methodological transparency, and clear communication of both results and uncertainties. I maintain detailed documentation of all computational methods, protocols, and decision logs to ensure legibility of the research process, recognizing that understanding what doesn't work is as valuable as documenting what does.
On Research Ethics & Accessibility
All computation methods used in published work are documented with version control and comprehensive commentary. I am committed to making research accessible and transparent, both in methodology and maintain a public codebase on GitHub.
Get in Touch
For research collaboration, project inquiries or general correspondence contact me here.
Research updates and announcements are published irregularly. For direct communication, email is preferred.