Physics graduate and MSc candidate in Particle Physics, focused on scientific computing, data analysis and signal processing.
I build reproducible scientific software using Python, with projects inspired by particle physics and astrophysics.
- Particle Physics
- High Energy Physics
- Scientific Computing
- Signal Processing
- Monte Carlo Methods
- Scientific Data Analysis
Analysis pipeline for estimating atmospheric muon lifetimes from real oscilloscope waveform data.
Python pipeline for pulsar simulation, FFT period estimation, phase folding, pulse measurements, SNR estimation and Monte Carlo validation.
Python • NumPy • Pandas • SciPy • Matplotlib • Git • GitHub • VS Code
ROOT • C++ • PYTHIA • High Energy Physics simulation
From cosmic rays to code — exploring the universe one particle at a time.