Supervisor: Silvio Sergio Cerri
Modeling cosmic ray transport across our turbulent galaxy as part of the MiCRO project
Supervisors: Federico Fraschetti, Joe Giacalone
Topics:
Modeling the gamma-ray emission from the Sun observed by Fermi-LAT and HAWC
Working on a Galactic Cosmic Rays webtool for the SHIELD NASA DRIVE center
Supervisor: Andrea Mignone
Thesis: On the impact of numerical and physical resistivity on magnetic reconnection and particle acceleration
Supervisor: Lorenzo Sironi
Topic: The importance of the resistive electric field in accelerating particles in tearing-unstable current sheets
Supervisor: Andrea Mignone
Thesis: Particle acceleration in astrophysical plasmas
Supervisor: Luciano Burderi
Thesis: Ricerca dei parametri orbitali e di spin della pulsar X al millisecondo IGR J00291+5934
DRAGON School: cosmic-ray theory, phenomenology, and beyond, Institute of Theoretical Physics, Madrid (Spain)
GENCI TGCC (A0180416202): PI, 20M CPU hours on Joliot Curie Irene Rome for Modeling Cosmic Ray Transport within our Galaxy: High-Resolution Simulations of MHD Turbulence with the PLUTO code
GENCI TGCC (AD010415960): PI, 500000 CPU/50000 GPU hours on Joliot Curie Irene Rome/V100 for Preparatory Tests of PLUTO Code for High-Resolution turbulent MHD Simulations of Cosmic Ray Transport
PRACE (EHPC-BEN-2022B02-050): PI, 896000 CPU hours on Discoverer CPU for The impact of resistive electric fields on particle acceleration in reconnection layers
HPC Cineca (INA20_C6A50): PI, 62500 CPU hours on M100 for On the impact of the numerical method on magnetic reconnection and particle acceleration – I. The MHD case
HPC Cineca (INA21_C8B67): PI, 420000 CPU hours on M100 for On the impact of the numerical method on magnetic reconnection and particle acceleration – I. The MHD case
BQR Lagrange (Laboratoire Lagrange, Observatoire de la Côte d'Azur): 1500€
BQR Lagrange (Laboratoire Lagrange, Observatoire de la Côte d'Azur): 1768€
Postdoctoral Affairs Travel Grant (University of Arizona): $700