Introduction
I am a final-year undergraduate student at the School of Applied Mathematical and Physical Sciences at the National Technical University of Athens (NTUA). My academic journey is driven by a deep fascination with the fundamental laws of nature and the elegant mathematical frameworks that describe them.
My research interests are situated at the intersection of theoretical physics and computational modeling. On the theoretical and mathematical side, my focus lies in General Relativity, the Standard Model, and Quantum Field Theory. Complementing this, I leverage numerical methods to explore complex systems, with specific interests in Lattice Field Theories and Computational Statistical Mechanics.
I am deeply passionate about bridging the gap between abstract theoretical concepts and rigorous computational simulations, and I am actively seeking opportunities to further my research in these advanced physical domains.
Curriculum Vitae
You can download a full, formal copy of my CV here: Download CV (PDF)
EDUCATION
Specializations: Theoretical & Computational Physics, Nuclear Physics & Elementary Particles
Diploma Thesis (to be announced) | Supervisor: Prof. K.N.A.
ACADEMIC PROJECTS & TERM PAPERS
- Will be added soon...
- Modeled the kinematics of molecular tritium $\beta$-decay and theoretical spectrum formatting near the 18.6 keV endpoint energy to extract the effective electron antineutrino mass.
- Analyzed the electromagnetic mechanics and sub-eV energy resolution of MAC-E filters, alongside advanced background reduction techniques (e.g., Penning traps, Rydberg atoms).
- Derived analytical solutions to the Bateman equations for generalized radioactive decay chains utilizing Laplace transforms and inductive mathematical proofs.
- Investigated transient/secular equilibria and evaluated algorithmic solutions (e.g., matrix exponentials, divided differences) to mitigate numerical instabilities in complex decay networks.
- Authored a comprehensive analysis on the resolution of the Solar Neutrino Problem, mathematically detailing PMNS flavor oscillations and the Mikheyev-Smirnov-Wolfenstein (MSW) effect in matter.
- Evaluated the statistical separation of Charged-Current, Neutral-Current, and Elastic Scattering reaction cross-sections in heavy water ($\mathrm{D_2O}$) Cherenkov detectors.
HONORS & AWARDS
TECHNICAL SKILLS & LANGUAGES
Operating Systems & Tools: Linux/Unix, LaTeX
Languages: Greek (Native), English (Bilingual Proficiency — Cambridge C2 Proficiency & C1 Advanced)
Music & Performance
Beyond my academic life, I am a professional jazz guitarist. Since 2016, I perform regularly with "Jazz Noir" ensemble, exploring everything from standard bebop repertoire to modern jazz fusion.
You can find my performances and follow my band's work below: