I am a dedicated physicist and programmer with extensive experience in high-energy physics simulation, statistical analysis, and software development. My expertise spans multiple programming languages and tools, with a strong focus on delivering reliable results in collaborative research environments. I work at the intersection of physics and computation — building robust tools for scientific discovery.
A computational science platform for discovering the conditions under which computation, memory, and learning emerge in arbitrary information systems.
An instrumented statevector simulator designed as a scientific observatory for studying the relationship between quantum entanglement structure and classical execution behavior.
A research-grade Python framework that treats simulation as an epistemic process rather than a fixed model, addressing scenarios where the true causal structure of a system is contested or subject to change.