My specialisation is mostly theoretical nuclear & particle physics.

Check out my Docker Hub repos here!

• 🔬 Self-studying Lattice Field Theory and String Theory (when time allows).
• 🛡️ Learning cybersecurity (when time allows).
• 💻 Learning Rust (when time allows).

• BSc in Physics | 2020-2023 | Thesis: Dynamics of Solvable Quantum Systems
• MSc in Physics | 2023-2026 | Thesis: Pion-Scalar Coupled Effective Field Theory

For the MSc thesis I constructed a new, general EFT model for non-Abelian gauge theories with many (N_f > 6) fermions. It is an extension of ChPT with a light scalar particle using the most general form of coupling.

• Bash
• C/C++
• Python
• LaTeX
• Pythia8 (in C++)
• Rivet
• Professor
• Docker
• ROOT (in C++ framework)
• Rust (beginner)
• HTML (beginner)

• 🇭🇺 Hungarian (native)
• 🇬🇧 English (C1)
• 🇷🇺 Russian (beginner)
• 🇩🇪 German (beginner)
• 🇳🇱/🇧🇪 Dutch (beginner)

• Lattice Field Theories
• CFTs and Near-Conformal Dynamics
• Quantum Field Theories (QED, QCD)
• Topological Quantum Field Theories
• Strong Field QED
• Non-Abelian Gauge Theories
• Effective Field Theories (e.g. ChPT, dChPT)
• Abelian Gauge Theories
• Renormalizability of QFTs
• Beyond-Standard Model theories (e.g. composite Higgs, dark sectors)
• String theory & M-theory
• Standard Model theory
• Exactly Solvable Quantum Systems
• Heavy Ion Physics
• Monte Carlo event generators

• 😄 Pronouns: he/him
• ✒️ I have a STEM focused Discord server.
• 💻 Currently I use CachyOS and Arch Linux, and I am also familiar with Alpine Linux and Debian based distros.
• 🧲 Fun fact: When I was 14, I participated in a country level astronomy competition and finished 2nd.

• Writing & Worldbuilding (future book plans)
• Gaming (World of Warships, WARNO, Civ VI, Paradox Interactive games, etc.)
• Computer Science
• Philosophy
• Psychology
• Geography
• Travelling
• Hiking
• Linguistics

...oh and, almost forgot:

I use Arch btw