APPLIED TRIGONOTOPOLOGY: DEFINING A FOUR-DIMENSIONAL FUNCTION TO COLLAPSE THE SPACE BETWEEN DISTANT POINTS
REGISTRO DOI: 10.69849/revistaft/dt10202508270903 Marcos Pereira Magalhães1 ABSTRACT This article introduces a novel theoretical framework in which spatial connection is governed by non-temporal resonance rather than chronological causality. Based on the concept of trigonotelary geometry, we propose a harmonic field function that connects distant spatial points through a fourth-dimensional entanglement parameter, Θ. The function T(P, Θ)