JONATHAN JERKE
JONATHAN JERKE
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Systems Architect | Computational Physicist | Data Scientist
The Architecture of Complexity
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.
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.
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