From the Ontological Crisis of the Point-Particle to the Harmonic Stability of the Phase: A TCFQ Synthesis of the Copenhagen Dilemmas

This paper addresses the fundamental vacuum of the Copenhagen interpretation by proposing the Teor´ıa Constitutiva de Fase Cu´antica (TCFQ) as a unified ontological framework. We show that the conceptual dilemmas inherent in the Copenhagen interpretation —specifically wave-particle duality and the lack of pre-measurement reality— arise as consequences of an incomplete point-particle ontology rather than as intrinsic features of nature. By identifying the Absolute Quantum Phase Field (AQPF) as the primary substrate, we derive the constitutive vacuum impedance (Zc = 333.3) from a universal Nyquist information limit (144, 000) and a harmonic resonance base (432 Hz). We provide a first-principles derivation of the fine-structure constant (α) and the electron mass (me), while identifying the 2.96% Causal Friction (η) as the primordial asymmetry required for the formation of stable phase solitons. Specific falsifiable predictions, including a TCFQ-Lamb correction (≈ 0.9 kHz), are proposed as direct pathways for experimental verification.