The Stellaris Meta-Framework: A1–A6 and the Fourth Turning Crisis Climax

Most frameworks for understanding where the economy is heading pick one lens and run with it. They track either technology cost curves or political cycles, either energy transitions or food system shifts. This course puts both lenses on the same period and shows you why they point at the same window: roughly 2025 to 2032. That overlap is the core claim, and the course builds the argument from first principles rather than asking you to take it on faith. The first half works through the Stellaris A1–A6 framework, which is built on Wright's Law: the empirical observation that every time cumulative production doubles, costs fall by a predictable percentage. Six distinct technologies, from energy and transportation to protein and physical labor, are each following their own learning curve. The course shows you where each one currently sits, what the parity crossing looks like when it hits, and why those six crossings appear to be converging inside one narrow window rather than spreading out across decades. AI shows up here not as a general background story but as a specific actor inside this framework, doing two distinct jobs: optimizing within each threshold and accelerating convergence across all six. The second half layers on Strauss-Howe generational theory and its concept of the Fourth Turning, a recurring pattern of institutional crisis and resolution that the authors tied to roughly 80-year cycles. The course applies this not as prophecy but as a diagnostic tool: where are the generational archetypes positioned right now, what does prior crisis resolution look like versus what Turnock's Resolution Inversion thesis predicts, and what does the political coalition math actually require? The final unit maps the two frameworks onto each other, walks through the three-phase climax structure, and works through a specific governance question: who inherits the abundance surplus when the cost curves finish crossing.