Systems Thinking

A two-part forensic analysis of enshittification — the structural decay of digital platforms — tracing its mechanism, its institutional enablers, and the legal scaffolding that makes perpetual extraction possible.

Examines how digital platforms follow a predictable three-stage decay lifecycle from user-centric value creation to shareholder extraction, using Google's internal DOJ memos as the primary evidentiary case.

Most climate policy focuses on what we burn. The Density Dividend examines where we live — and demonstrates that the layout of cities generates carbon obligations that technology cannot easily fix. The Urban Carbon Leverage Factor reveals the structural carbon cost of urban form choices made decades before any car was manufactured or any power plant was built.

Analyses why EV deployment in car-dependent suburbs cannot resolve the Urban Carbon Leverage Factor, and what structural urban transformation would be required to approach the per-capita emissions performance of Vienna or Tokyo.

Compares Vienna, Singapore, Amsterdam, and Tokyo to demonstrate that cities with 40–70% lower per-capita transport emissions share a common structural explanation: urban density, transit investment, and mixed-use zoning.

Documents the 1945–1975 American suburbanisation project and the federal policy machinery — mortgage guarantees, highway funding, exclusionary zoning — that created the planet's largest per-capita transport carbon obligation.

Applies Urban Carbon Leverage Factor analysis to low-density versus high-density residential environments, establishing that urban form generates carbon obligations that no vehicle technology can eliminate.

Every technology density milestone — from vacuum tubes to 2nm chips, from jet engines to EV battery packs — has been gated not by the brilliance of the design but by the unglamorous physics of heat removal.

Traces 80 years of jet engine efficiency improvement, showing that every breakthrough circles back to the same constraint: turbine inlet temperature versus the thermal limits of available materials.

Examines the 15°C comfort zone of lithium-ion battery operation and what happens at thermal margins — in the Arizona summer and the Norwegian winter — for EV range performance.