Aetherium vs Scalar-Coherence Theories

This page is part of a series clarifying how Aetherium differs from neighboring foundational frameworks.

This page clarifies the conceptual distinction between the Aetherium framework and scalar‑coherence foundational approaches such as the 2025 monograph Coherence as the Foundation of Physical Reality — Time, Mass and Geometry as Emergent Consequences (Gluvić, 2025). Although both frameworks explore pre‑geometric foundations, they differ fundamentally in ontology, structure, and explanatory scope.

1. Scalar‑Coherence Theories: A Brief Overview

Scalar‑coherence theories begin with a single fundamental quantity, typically denoted $\mathrm{\Xi }\in (0,1)$, representing the degree of relational coherence available in the universe. In the 2025 framework, this scalar controls:

• the emergence of geometry
• the existence and flow of time
• the effective mass of systems
• transitions between “quantum,” “relativistic,” and “collapse” regimes

As $\mathrm{\Xi }$ approaches 1, the system behaves quantum‑like; as it decreases, geometry emerges; as it approaches 0, geometry dissolves rather than forming singularities. This produces a compact, single‑parameter map of physical regimes.

2. The Aetherium Ontology

Aetherium is not a scalar‑coherence theory. It is a coherence‑first, pre‑geometric ontology built on a structured substrate with intrinsic resonant architecture. Its core commitments include:

• Coherence is structural, not a tunable scalar field.
• The substrate is pre‑geometric, providing resonance‑compatibility constraints rather than supporting propagation or scalar modulation.
• Time is relational, defined by the ordering of coherence transitions rather than by a background coordinate.
• Matter is localized coherence excitation, not mass emerging from a scalar value.
• Cosmology is cyclic, with no inflation, no dark energy, and no singularities.

Aetherium describes what exists and how structure arises, not how a single scalar parameter shifts between regimes.

3. Key Differences at a Glance

Feature	Scalar‑Coherence Theory	Aetherium Ontology
Primitive/What is fundamental	Single scalar $\mathrm{\Xi }$	Structured pre‑geometric substrate
Role of the scalar	Ontological primitive	A descriptive field on the substrate
What determines regimes	Value of Ξ	Dynamical behavior of the substrate
Geometry	Emerges when $\mathrm{\Xi }$ is in a viable band	Emerges from resonance‑compatibility patterns
Quantum/relativistic regimes	Phases of $\mathrm{\Xi }$	Dynamical regimes of the substrate
Collapse / singularities	Geometry dissolves as $\mathrm{\Xi }\to 0$	No singularities; coherence reconfiguration
Matter	Mass emerges from coherence level	Localized coherence excitations
Cosmology	Limited gestures	Full cyclic cosmology with no inflation or dark energy
Scope	Modal + algebraic	Ontological + geometric + cosmological

4. Why the Distinction Matters

Although both frameworks reject spacetime as fundamental, they do so in different ways:

• Scalar‑coherence theories provide a single‑parameter regime map.
• Aetherium provides a full substrate architecture from which geometry, matter, and cosmology emerge.

The scalar approach is compact and mathematically elegant; Aetherium is broader, structural, and explicitly cosmological. They are conceptual neighbors, but not variants of each other.

Clarifying this distinction helps prevent category errors and positions Aetherium within its own conceptual landscape. Aetherium is not a scalar‑coherence theory—it is a unified substrate ontology built on resonance, coherence structure, and emergent geometry.

This page is part of the Aetherium comparison series.