Implement an Entropy-Based Visual Decay and Restoration System: Add a custom state variable userEntropy to COMMUNITY_STATE for every wallet. Each transfer transaction increases the sender’s userEntropy by a factor relative to the amount sent, representing digital wear. As entropy increases, a dynamic Entropy_Tax is applied (scaling from 1% to 15%) to all outgoing transfers, acting as a burn mechanism to reduce total supply. To counteract decay, implement a Rest() function in COMMUNITY_FUNCTIONS that allows users to lock their tokens for 48 hours to reset their entropy to zero. Additionally, add a global Entropy_Threshold in COMMUNITY_LOGIC; if the aggregate network entropy exceeds a set limit, an automatic 2% Reflection Reward is triggered for the top 50 lowest-entropy holders, incentivizing long-term stability and "clean" wallet signatures. This creates a biological cycle of activity and rest within the protocol while aggressively burning supply during high-velocity trading periods.