<b>Relational Inertia and the Hidden Loops of </b><b>Coherence</b>

<p dir="ltr">Elias De Jesús, BS, MS</p><p dir="ltr">Independent Researcher (Bioscience Background)</p><p dir="ltr">This short technical note highlights a key observation from the Relational Physics framework: the appearance of a potential universal threshold near μ ≈ 1.7 in exploratory boundary data. The finding suggests that this value may not emerge from three loops alone, but from three primary loops surrounded by additional implicit ones — unseen feedback pathways that exert subtle relational force. These hidden loops contribute to relational inertia, increasing the coupling strength required for coherence.</p>