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
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%)
(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: 2
See more in the publications page
1 invited talk to international conferences
7 contributed talks to international conferences
3 contributed posters to international conferences
5 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: "Is hydrostatic equilibrium a reliable description of galaxy clusters?"
Co-supervision of his Introduction to research scholarship
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, 6th-7th February 2024)
November 2020 – January 2024
October 2020 – January 2024
Nov. 2023 – Present (by election)
Dec. 2022 – Present (by election)