Systems Thinking

Applies cooling constraint analysis to AI data centre scaling, showing that the binding limit on trillion-dollar compute ambitions is not lithography chemistry or chip economics but the physics of cooling a building-sized computer.

Traces how heat extraction became the true pacemaker of the computing revolution — from vacuum tube thermal envelopes to the thermal ceiling of modern nanometre-scale silicon.

How do organizations decay? This series explores the fundamental laws that govern how organizations grow, shrink, and evolve over time.

From autopsy to modern lessons: diagnosing adaptive failure and how it informs contemporary resilience debates.

How simultaneous, overlapping pressures transformed institutional rigidity into strategic catastrophe.

How institutional entrenchment turns mechanisms of competence into sources of inertia.

A historical and systems analysis of how institutional success can harden into a source of adaptive failure.

How empires achieve local optima that later constrain adaptation.