The RQT Ontology: Resonance Before Space

Resonance Quantum Theory (RQT) proposes a fundamental shift in perspective: physical reality is not primarily composed of objects located in a pre-existing three-dimensional space. Instead, the fundamental description is a world of resonance-capable nodes and the resonance relationships they establish.

Seeing Familiar Physics from Resonance Space

The resonance-space ontology changes the questions asked about familiar physical phenomena.

Many effects that appear unusual when particles are imagined as permanently localized objects moving through a pre-existing three-dimensional space become less surprising if spatial position is instead treated as a possible realization of an underlying resonance state.

Background Fluctuations

Introduction

We are used to thinking of the vacuum as “empty”. In modern physics, however, even the vacuum is not truly nothing (of course). It seethes with invisible oscillations — the so-called “zero-point” or “vacuum fluctuations.” This note collects how standard physics frames this, and how the author (me) frames it in the LEDO-field model of energy and matter.

Bone Structure and Cosmic Filament Network

1. The Delicate Bone Structure (Spongiosa)

Inside large bones lies the spongiosa, a sponge-like, delicate structure made of bony trabeculae.
This architecture provides several evolutionarily optimized advantages:

The cosmic structure of the universe: Filaments, Walls, Clusters, and Voids

Let’s dive into the world of huge distances, and how galaxies are placed within the observable part of the universe.

Higgs field as candidate of the base resonance Meta-Field/Medium?

This chapter goes into the question of why an electron has the size that it has and what role the Higgs field from standart quantum physics might play.