The concept of entropy, originally rooted in the field of thermodynamics, has had a profound influence on the emergence of ecological economics. Entropy, in its classical sense, refers to the measure of disorder or randomness in a system and the irreversible tendency of energy to degrade into less useful forms over time. This scientific principle, primarily associated with the second law of thermodynamics, challenges traditional economic thought, which historically treated natural resources and energy as infinite or at least largely substitutable without recognizing physical limits. The recognition of entropy laid the foundation for a new economic paradigm that integrates ecological realities, emphasizing the finite nature of energy and material flows and the environmental constraints on economic growth. Traditional neoclassical economics often assumes that human ingenuity and technological progress can overcome any resource limitation, treating the environment as an externality rather than an integral component of economic systems. However, the concept of entropy exposes the fallacy in this assumption by demonstrating that natural processes are governed by irreversible physical laws. Energy used in economic production ultimately disperses into forms that are less available for work, and material resources, once extracted and transformed, cannot fully return to their original state. This understanding implies that economic activities are fundamentally constrained by ecological limits, where the throughput of energy and materials must be accounted for in assessing sustainability. The realization that economic processes contribute to increasing entropy in natural systems directly informed the critique of conventional economic models and spurred the development of ecological economics as a distinct discipline. Ecological economics emerged as a response to the limitations of traditional economics in addressing environmental degradation and resource scarcity. By incorporating the concept of entropy, ecological economists argue that the economy is a subsystem of the environment rather than an independent entity. Herman Daly, one of the pioneers of ecological economics, emphasized that economic processes cannot violate the laws of thermodynamics, and thus, infinite growth on a finite planet is impossible. The acknowledgment of entropy shifted the focus from purely monetary measures of economic success, such as GDP growth, to a broader understanding of sustainability that includes energy efficiency, resource conservation, and the maintenance of ecological integrity. This shift recognizes that every economic