Nicholas P. Timms
Submitted: Jan 2026 : Published: 18th April 2026
Abstract
Standard economic growth theories have historically emphasized capital accumulation and technological innovation, yet they frequently fail to account for the entropic decay that characterizes middle-income traps, secular stagnation, and institutional sclerosis. This paper introduces a novel “Thermodynamics of Development” by synthesizing the Dynamic Theory of Economic Complexity with the Entropic Theory of Biological Aging and the physics of topological phase transitions. We establish a fundamental isomorphism between the productive capabilities of an economy and the morphostatic information of a multicellular organism. Through this interdisciplinary framework, the economic weak-link production function is shown to mathematically mirror topological scattering in disordered solids, where missing capabilities act as structural defects that break systemic coherence. Consequently, the macroeconomic shift from unconditional to conditional convergence is reframed as a rigorous physical phase transition: a shift from a fluid, highly integrated crystalline state into a rigid, fragmented glassy state. Furthermore, we model the phenomenon of institutional sclerosis as the economic manifestation of the Boson Peak, wherein capital and energy become trapped in localized, non-productive rent-seeking coalitions rather than propagating as systemic growth. Ultimately, this thermodynamic model demonstrates that conventional fiscal stimulus is insufficient to fix a “glassy” economy; escaping stagnation requires structural “annealing” to restore institutional plasticity. This synthesis concludes that sustainable economic development is not merely a process of mechanical accumulation, but a continuous thermodynamic battle against atavistic entropy and topological decay.
