Recursive Awareness and Molecular Actualization: A Unified Framework for Entropic Stabilization and Structural Emergence in RNA Classes

We present an integrated theoretical, computational, and empirical framework—Recursive Awareness in Molecular Actualization (RAM)—that explores how recursiveinformational sensitivity can bias molecular systems toward structured configurationsunder entropy-driven conditions. Grounded in a Rotating Fibonacci-Awareness Equationand implemented via batch RNA simulations, RAM captures emergent structuralselection behaviors across multiple RNA classes. Using entropy-based scoring andrecursive sensitivity scaling, we validate the model against estimated Minimum FreeEnergy (MFE), revealing strong correlations. This work unifies abstract cognitive modulationwith physical biochemistry, offering a novel lens on the origin of molecular orderand life.