Deterministic Compression Nodes: A Baryonic Matter Alternative to Hawking Radiation

This paper presents a deterministic alternative to Hawking radiation within the Konkle–Baryonic Unified Framework (Baryonic Matter Physics).Black holes are modeled as snap-stabilized compression nodes possessing discrete boundary resonance modes rather than quantum vacuum particle creation surfaces.The derived resonance spectrumΩ(M) = c³ / (8πGM)andωℓ(M) = [c³ / (8πGM)] √ℓ(ℓ+1)emerge from deterministic boundary membrane dynamics.Energy emission occurs only under external driving through structured resonance coupling and snap-threshold transitions, not through spontaneous thermal evaporation.This produces falsifiable distinctions from Hawking radiation:• No spontaneous evaporation in isolation • Emission correlated with environmental forcing • Mode-structured spectral output • Threshold-triggered bursts