Nice. I've actually found ideas in programming about modularity and complexity to be ways to approach such complexity in economics, physics, social relationship

Nice. I've actually found ideas in programming about modularity and complexity to be ways to approach such complexity in economics, physics, social relationships etc. "Notes on the Synthesis of Form" for example is about design in the abstract and often through examples in architecture but the ideas re: the ontology developed help and are helped by similar ideas in structuring software. This is especially the case when thinking about modeling live simulations like video games. In the vein of "Notes," our normal semantics about the "categories" of thought we have like CS, philosophy etc. might be more "categorical" than needed. Some thing I want to play with more is OS-y scheduling and AI-y thought as ways to think about time management or problem-solving for "humans."