I am a theoretical physicist and researcher in the FORQ (Facets of Rotating Quark–Gluon Plasma) group at the West University of Timișoara, where my work focuses on understanding the rotational properties of the quark–gluon plasma using relativistic hydrodynamics and heavy-ion collision theory.
My research centers on building and refining theoretical models to describe complex, highly non-linear systems under extreme conditions — a skill set that extends naturally beyond physics.
Alongside my academic work, I have a formal background in accounting and professional experience in financial consulting (OVB), complemented by self-directed study in finance, economics, and investing. This combination allows me to approach financial and business problems with strong quantitative reasoning, rigorous modeling, and structured analytical thinking.
I am particularly interested in applying physics-driven and quantitative methodologies — such as modeling, data analysis, and risk assessment — to problems in finance, research, and technology-driven industries.
My strength lies in translating complex systems into tractable models, identifying key variables, and delivering clear, structured insights that support informed decision-making in both academic and applied environments.