Mass-Utility & Mass-Reflection Tokens: Foundations of the Adaptive Economic Optimization Network (AEON)

This publication introduces the Mass-Utility (MUT) and Mass-Reflection (MRT) token architecture and presents the underlying research for the Adaptive Economic Optimization Network (AEON), a next-generation economic coordination layer designed for high-frequency, adversarial, and unstable digital markets. The paper defines a dual-token system engineered for macro-scale liquidity routing, reflexive demand capture, and incentive-aligned market making. MUT provides deterministic utility execution for agents and protocols, while MRT operates as a dynamic reflection and redistribution layer that stabilizes participation, corrects externalities, and aligns long-horizon actors with on-chain system health. AEON integrates control-theory mechanics, predictive feedback systems, and autonomous execution pipelines to create a self-optimizing market fabric capable of adapting to volatility, hostile liquidity events, and structural inefficiencies in real time. The research expands on: • Adaptive liquidity response curves• Reflection-based externality absorption• Multi-agent coordination models• Dynamic incentive routing under uncertainty• Defense-first economic infrastructure• Practical deployment considerations for large-scale decentralized systems This submission formalizes the theoretical and engineering foundations behind Mass-Utility/Mass-Reflection Tokens and positions AEON as a viable economic substrate for next-generation decentralized networks, autonomous agents, and AI-coordinated financial systems.