Research & education

Particle physics coursework

Standard Model of Particle Physics
Introduction to neutrino physics:
- phenomenology of neutrino interactions, oscillations, and mass measurements, with application in accelerator, solar, and atmospheric physics, astrophysics, and cosmology.
Lab classes:
- detection and measurement of cosmic muons, related observables, and cosmic showers.

Astronomy coursework

Multimessenger physics:
- Introduction to electromagnetic multi-wavelength and gravitational-wave data analysis techniques. Different astrophysical sources like FRBs, AGNs, and CBCs.
Astroparticle physics:
- cosmological parameters, astronomical neutrinos, cosmic-ray and acceleration theory, GW theory, and detection fundamentals.
Extragalactic astrophysics

Tutoring experience

Astrophysics and MultiMessenger Laboratory 2025-2026 (MSc students in Physics)
- reorganizing repositories on Google Colab, checking for discrepancies in student material, and rewriting guidelines for the next academic year.
The Foundation Science Course 2025-2026 (International pre-uni students)
- supporting international students in acquiring the fundamental mathematical skills needed for their future scientific studies before enrolling in an Italian university. Hidrib classes.

Offline trigger: ProtoDune experiment

Research Project: Trigger primitive simulation-data comparisons and cosmic data selection in the ProtoDUNE Horizontal Drift detector.

Supervisors: Dr. Klaudia Wawroska and
Dr. Alessandro Thea.

IACTs astronomy group: VERITAS experiment

Research Project: Investigating the atmospheric aerosols’ influence on the Crab measurements using HESS and VERITAS telescopes.

Supervisors: Dr. Sylvia Jiechen Zhu, Dr. Tobias Kai Kleiner and Dr. Tim Lukas Holch.
Collaborator: Samanta Morales Sanchez de Lozada