VP-QFT and the Hidden Order of Black Holes

Traditional black hole models based on general relativity describe singularities as regions of infinite density and curvature. However, these descriptions lack a quantum mechanical framework for event horizon behavior and information processing. In this paper, we introduce a novel approach to black hole structure by integrating Vesica Piscis-Enhanced Quantum Fourier Transform (VP-QFT) with toroidal time evolution, quantum harmonic oscillations, and inter-universal energy resonance. This model provides an alternative to singularity-based black holes by describing them as structured wave dynamics within toroidal space-time. We analyze how VP-QFT modifies Penrose-Hawking singularity theorems, derive new quantum-corrected energy eigenstates for black hole event horizons, and propose experimental methods for detecting structured black hole behavior using gravitational wave resonance data from LIGO/LISA.