Pareto Optimality in Modern Economics: Theoretical Foundations and Algorithmic Applications Abstract Pareto optimality has long served as a foundational concept in normative economic analysis, defining a state in which no individual's utility can be improved without diminishing the utility of another. As modern economics intersects increasingly with computer science, the application of Pareto principles has expanded from classical market equilibrium models to complex, algorithmic decision-making systems. This paper explores the transition of Pareto optimality into algorithmic resource allocation , multi-objective machine learning , and collective agency modeling. By reviewing contemporary literature across these interconnected domains, we identify significant computational and theoretical bottlenecks in existing methods. Ultimately, we propose a unifying methodological framework that leverages advanced scalarization techniques and approximate fair division metrics, outlining a hyp...
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