Physics of Wealth Creation: A Chain Reaction Model

This thesis proposes a novel theoretical framework that conceptualizes wealth creation as a physical analogue to nuclear fission chain reactions, offering the potential for exponential growth through multiplicative processes. The Wealth Chain Reaction Equation, derived from fundamental nuclear physics principles, quantifies how iterative events—analogous to neutron multiplications—lead to theoretically unlimited wealth accumulation. Grounded in physics, this model explains the ’miracle’ of exponential growth where more iterations (e.g., trades, investments, or productive activities) generate disproportionately more wealth. The framework includes detailed theoretical foundations, mathematical modeling, empirical testing protocols, simulation results, practical scientific applications, and broader implications. This interdisciplinary synthesis bridges physics with economic phenomena, providing a rigorous explanation for how self-sustaining chain reactions in wealth systems emerge from initial conditions, sustain through multiplication, and amplify outputs exponentially. The thesis explores derivations, validations, limitations, and future directions, positioning this model as a paradigm shift in understanding growth dynamics.