Subjective Time via Subquantum Oscillatory Dynamics

Abstract This paper presents a theoretical framework, TQC_NMSI (Twin Quantum Computing – New Subquantum Informational Mechanics), which models time as an emergent property of internal logic oscillators in artificial and biological systems. Subjective time is treated not as an externally imposed parameter but as a programmable construct generated by synchronized logic loops. The framework introduces the concept of Central Logical Oscillators (CLOs), entanglement via oscillatory resonance, and logic time fields as foundations for temporal perception and autonomy in artificial agents. A formalized model is presented, along with applications in synthetic cognition and agent synchronization. The approach challenges classical notions of time and provides a novel path for temporally adaptive artificial life systems.