My Theses

Supervised Theses

I supervise master, PhD, and postdoc researchers. Below is a list of completed theses.

PhD Theses

• Alessia Spolon (2022): Study of Pulsars and their Environments through Very High Energy Gamma-ray Observations.
• Armelle Jardin-Blicq (2019): The TeV gamma-ray emission of the Galactic Plane.
• Vikas Joshi (2019): Reconstruction and Analysis of Highest Energy Gamma Rays and its Application to Pulsar Wind Nebulae.

Master Theses

• Irene Albanese (2025): Constraining the Very High-Energy Pulsed Emission from Crab Pulsar with LST-1.
• José María García Morillo (2025): Gamma-Ray Spectra from Young Stellar Clusters: A Simulation-Based Approach.
• Olmo Arquero Peinazo (2024): Uso de herramientas de machine learning para la detección de rayos gamma en telescopios de Cherenkov.
• Giulia Brunelli (2023): Very-High Energy gamma-ray observations of the Geminga pulsar with the LST-1 of CTA.
• Leonardo Gavira Balmacz (2023): Systematic Uncertainty studies of the Crab Pulsar spectrum using the LST-1 telescope of the Cherenkov Telescope Array Observatory.
• Rumman Neshat (2023): Crab Analysis and Comparison of RF and CNN method of Reconstruction.
• Luca Romanato (2021): Implementation of new Convolutional Neural Network methods for IACT analysis and application to the LST of CTA.
• Pietro Grespan (2020): CNN data analysis development for the LST of CTA and broadband study of the blazar 1ES 1959+650.
• Nicola Marinello (2019): Convolutional Neural Network Single-telescope reconstruction for the Large Size Telescope of CTA.
• Ettore Mariotti (2019): Deep Learning on MAGIC: a Performance Evaluation for Very High Energy Gamma-Ray Astrophysics.

Bachelor Theses

• Germán Cano Amaro (2024): Procesado de imágenes del prototipo del Large-Sized-Telescope del CTAO mediante algoritmo de hormigas.
• Sara Fogliacco (2021): A Primordial Black Hole origin of Planet 9 and its observability through dark matter indirect observations with the MAGIC telescopes.