Conceptualizing Consciousness- and Blessing-Based Ecological General Equilibrium

Abstract

The present study aimed to develop and mathematically formalize a consciousness- and blessing-based ecological dynamic general equilibrium model capable of explaining how collective behavioral alignment and regenerative fields influence long-run economic-ecological sustainability and welfare dynamics. This study was fundamental-developmental and theoretical-conceptual in nature and employed a mathematical modeling approach grounded in dynamic general equilibrium theory, ecological economics, behavioral economics, and Islamic economic thought. The proposed framework integrated economic and ecological variables within a unified dynamic system while introducing two additional field-based mechanisms: the alignment field and the blessing field. A representative household and representative firm were modeled under intertemporal optimization conditions, and market-clearing constraints were imposed to establish equilibrium conditions. Consciousness was conceptualized as an exogenous systemic field modulated by observable collective behavioral indicators such as cooperation, ecological responsibility, ethical conduct, and social trust. The blessing field was mathematically formulated as a regenerative mechanism acting upon ecological resources through a linear lifting operator. A Bellman dynamic programming framework was employed to define the optimization problem of the social planner. Numerical simulation was then conducted under two scenarios, including a baseline economy without consciousness and blessing effects and a consciousness-based economy incorporating both fields. The findings demonstrated that the consciousness-based equilibrium model generated significantly higher ecological resource levels, stronger regenerative capacity, lower market-ecology misalignment, and higher welfare outcomes compared to the baseline equilibrium structure. The alignment field reduced divergence between market prices and ecological shadow prices, thereby improving systemic coordination and long-run equilibrium stability. The blessing field amplified ecological regeneration and increased resilience against extraction pressure. Simulation trajectories indicated that the baseline economy converged toward a relatively stagnant ecological equilibrium, whereas the consciousness-based system exhibited sustained regenerative growth and superior long-run stability. The welfare function also improved substantially in the consciousness-based scenario due to simultaneous reductions in ecological inefficiency and increases in regenerative abundance.