Systems Architect | Computational Physicist | Data Scientist
The Architecture of Complexity
My work exists at the intersection of theoretical physics and industrial systems. From mapping the separated dimensional geometries of the quantum 3-body problem to engineering the digital architecture of industrial supply chains (BOM/MRP). I build computational engines—Perseus, Andromeda, Gorgophone—to process high-dimensional chaos. It is a continuous practice of observing deep, interdependent systems and structuring the math that makes sense of them.
The Physics: Ended a decade in academia (Texas Tech, ARO, Welch Foundation), pushing the mathematics of DVR. My research focuses on separated-dimensional technologies, successfully scaling published geminal solutions to a trillion dimensions.
The Engines (Code & Architecture): Architect and sole coder of Perseus, Andromeda, and Gorgophone—custom computational frameworks designed to process and solve multi-body quantum problems and heavy-duty data models.
The Industrial Application: Currently driving production innovation at Trinity Industries as a Data Scientist. I engineer digital mastery over complex Bills of Materials (BOM) and financial forecasts, turning theoretical data architecture into tangible supply chain efficiency.