A Constraint-Induced Creativity Model: An Integrated Theory of the Energy-Efficient Brain in an Environment of Abundance

This paper proposes a theoretical framework explaining how human creativity emerges from the interaction between freedom and constraint. Contrary to the common assumption that creativity requires unlimited freedom, the study argues that imposed limitations reduce cognitive noise and enable intuitive insight. Drawing on evolutionary cognition and psychological observation, the paper suggests that the human brain evolved for energy conservation, which in modern environments appears as procrastination or overthinking. Under appropriate constraints—such as deadlines or task requirements—cognition shifts toward essential problem structures, enhancing creative performance. A multiplicative model is introduced: Creativity = Freedom × Constraint The framework also interprets seemingly unrelated behaviors during demanding tasks (e.g., cleaning or abstract thinking) as cognitive incubation processes that restore internal freedom and facilitate creative restructuring. This work prioritizes conceptual coherence and explanatory insight over empirical validation and aims to stimulate interdisciplinary discussion on creativity, learning, productivity, and cognitive theory.