Funded by the ERC StG DRANOEL of Prof. Annalisa Bonafede
Extension of the Atracció de Talent individual PhD fellowship after defending the thesis
Competitive individual fellowship by Universitat de València for carrying out original research conducing to a PhD and for assisting in teaching duties
Within the excellence PROMETEO project: Relativistic Astrophysics, Computational Cosmology and Gravitational Wave Astronomy
Thesis: "Unravelling the complexity of cosmic flows: strong gradients, shock waves and turbulence"
Supervisors: Prof. Susana Planelles & Prof. Vicent Quilis
PhD viva: 26th September 2024
Committee: Prof. Stefano Borgani (UniTS & INAF-OATS), Prof. Franco Vazza (UniBo & INAF-IRA), Prof. José María Martí (UV)
Grade: Excellent, Cum Laude (unanimous)
Funded by Universitat de València through a competitive Atracció de Talent fellowship
Received the Extraordinary PhD award by the doctorate school of UV (top-10% among all unanimous cum laude PhD theses)
Read my PhD Thesis (31 MB download)Master's Thesis: "On the accretion history of galaxy clusters". Grade: 10/10
Average grade: 9.85/10. 4 out of 6 subjects graded with honours (top-5%)
Received the Extraordinary award to the academic performance (top-2%)
Read my Master's Thesis (3 MB download)Average grade: 9.80/10. 34 out of 41 subjects graded with honours (top-5%)
Received the Extraordinary award to the academic performance (top-2%)
(award to the best PhD Thesis, defended in 2024, at a Spanish research centre or by a Spanish researcher)
(top-10% award among all PhD Theses having received the unanimous Cum Laude distinction)
(for the usage of Catalan in PhD Theses)
(declined)
(declined)
Departament d'Astronomia i Astrofísica, Universitat de València (Spain)
Including 1 Nature Astronomy, 1 ApJL and 2 CPC
h-index: 6, i-10 index: 5
See more in the publications page
1 invited talk to international conferences
7 contributed talks to international conferences
4 contributed posters to international conferences
6 invited seminars at different research institutions
Main developer of 3 public codes for the analysis of cosmological/hydrodynamical simulations
Contributor to the development of the AMR code MASCLET (privative) and main developer of its Python framework
Topic: "Study on the asymmetry, projection effects and self-similarity of pressure profiles in simulated galaxy clusters"
Topic: "Is hydrostatic equilibrium a reliable description of galaxy clusters?"
Co-supervision of his Introduction to research scholarship
Topic: "Structure finding in cosmological simulations: DM halo finders"
Topic: "Observations of galaxy clusters along the electromagnetic spectrum"
Topic: "Tracking dark matter haloes in cosmological simulations: the hierarchical paradigm and halo fusions"
Topic: "Identification of dark matter haloes in high-resolution cosmological simulations"
Course: Classical Mechanics I in the Double Degree in Physics and Mathematics (Spring 2022, Spring 2023) and the Bachelor's Degree in Physics (Fall 2023)
Course: General Physics I in the Bachelor's Degree in Physics (Fall 2021, Fall 2022)
Tasks: Supervision of practical sessions, lectures on problem resolution, grading of assignments and exams
(held in València, 13th-14th May 2025)
(held in València, 6th-7th February 2024)
November 2020 – January 2024
October 2020 – January 2024
Nov. 2023 – June 2025 (by election)
Dec. 2022 – June 2025 (by election)