Aetherium is developed through a sequence of openly accessible scientific manuscripts, each refining the substrate framework and expanding its physical and cosmological implications. All publications are hosted on Zenodo to ensure transparency, version control, and public access.
In order of complexity (low to higher) Start by reading #5, then #3, 2, 6, 4, and 1.
1. Introducing Unbound Aetherium — First Manuscript
DOI: 10.5281/zenodo.17861455 This foundational paper introduces the core concept of Aetherium as a coherent underlying substrate beneath spacetime. It outlines the motivation for the framework, the philosophical grounding, and the initial formulation of the coherence field C(x, t). The manuscript establishes the idea that gravitational behavior emerges from coherence gradients rather than mass alone.
2. Unbound Aetherium — Mercury Orbit and Quantum Coherence
DOI: 10.5281/zenodo.17871994 This second manuscript applies the Aetherium framework to the anomalous precession of Mercury’s orbit and explores the connection between substrate coherence and quantum behavior. It demonstrates how coherence gradients can account for orbital deviations traditionally attributed to relativistic corrections, while also suggesting deeper links between gravitational and quantum coherence.
3. Supplement 1 to Unbound Aetherium Manuscript
DOI: 10.5281/zenodo.17900910 This supplement provides additional analysis, clarifications, and extended derivations supporting the first two manuscripts. It expands on the mathematical structure of the coherence field, offers refined interpretations of observational data, and strengthens the theoretical continuity across the early Aetherium papers.
4. Pulsar Timing Evidence for Aetherium Theory Beyond GR — Rev 1
DOI: 10.5281/zenodo.17978385 This paper presents pulsar timing as a direct observational probe of substrate coherence. It argues that timing irregularities correlate with coherence gradients and that these correlations provide evidence for Aetherium beyond the predictions of General Relativity. The revised version includes methodological corrections, updated figures, and improved reproducibility notes.
5. Basic Understandings of Aetherium: A Unified Substrate for Physics
DOI: 10.5281/zenodo.18088101 This publication serves as the most accessible and comprehensive overview of the Aetherium framework. It consolidates the core concepts, mathematical foundations, and predictions into a single, coherent document suitable for both scientific and general audiences. It is currently the recommended entry point for understanding the theory as a whole.
6. Confronting the Hubble Tension with Aetherium
DOI 10.5281/zenodo.18446252 Arguably the biggest discrepancy among contemporary physics theories is known as
the Hubble Tension. In this easy-to-read paper, rather than inventing new exotic particles and dark theories, the answers are in front of us with gravity emerging from a chaotic phase in the very early evolution of the universe. One step further: from that early chaos, like super waves occasionally form in stormy seas, it is inevitable that coherence emerges in the Aetherium substrate, when the matter-radiation equality tilted towards matter thereby affecting early development of gravity including a brief wave or pulse above the average. It takes only a small perturbation in early gravity to reconcile the Hubble tension, GR and QM.
7. Time as an Emergent Coherence Property in Aetherium
DOI: 10.5281/zenodo.18512328 This paper develops a coherence‑based account of time within the Aetherium framework. Rather than treating time as a fundamental dimension, it argues that temporal ordering emerges from coherence gradients in the substrate, shaped by the rise and fall of coherence across the breathing cycle. The result is a clean, relational explanation of the arrow of time that does not rely on geometric or kinematic primitives. This publication extends the conceptual foundations of Aetherium and clarifies how coherence dynamics can generate the temporal structure experienced by observers.
8. Confronting the Vacuum Catastrophe with Aetherium
DOI:
10.5281/zenodo.18561881 The “vacuum catastrophe” is one of the largest theoretical mismatches in modern physics, arising from the assumption that quantum vacuum fluctuations behave as real, gravitating energy. In this new paper, I present a coherence‑based solution grounded in the Aetherium framework — a pre‑geometric substrate where
coherence, not energy density, determines curvature and cosmic evolution.
In this model, vacuum fluctuations are reinterpreted as
incoherent substrate noise that does
not contribute to gravitational effects. The observed cosmological constant emerges instead from
late‑cycle coherence relaxation, offering a natural explanation for cosmic acceleration without invoking vacuum energy or modifying quantum field theory.
This work provides a unified, physically grounded alternative to dark‑energy‑based cosmology, supported by the coarse‑grained Resonance–Topology–Field (RTF) formalism. It connects coherence gradients, emergent curvature, and ΛCDM phenomenology into a single, testable framework.
9. Quantum Measurement as Coherence Reconfiguration in Aetherium
DOI:
10.5281/zenodo.18598442 Published: 2026: This paper develops a coherence‑first solution to the quantum measurement problem within the Aetherium framework. Measurement is described not as collapse, branching, or hidden‑variable selection, but as a
coherence‑reconfiguration event in which the combined system–apparatus coherence aligns with a resonance‑compatible attractor of the pre‑geometric substrate. Decoherence stabilizes the selected configuration, while the Born rule emerges from the relative stability of resonant attractor states. The result is a single‑world, realist, and local account of measurement that preserves the empirical success of quantum theory without invoking collapse postulates or observer‑dependent interpretations.
10. No Spooky Action: Entanglement as Shared Resonance in Aetherium
DOI:
10.5281/zenodo.18650610 Published: 2026: This paper develops a coherence‑first, pre‑geometric account of quantum entanglement within the Aetherium framework. Entangled systems are described as sharing a
single coherence structure shaped by the substrate’s resonance‑compatibility architecture. In this ontology, coherence does not propagate, measurement corresponds to a global reconfiguration of the shared structure, and Bell correlations arise from internal constraints rather than nonlocal influence. The work provides a single‑world, realist, and local explanation of entanglement that dissolves the appearance of “spooky action at a distance.” Available on Zenodo and
Academia.edu..
11. The Cosmological Cycle in Aetherium
DOI
10.5281/zenodo.18853602 This paper presents a coherence‑first cosmological model in which the universe evolves through a sequence of global coherence modulation pulses in the Aetherium substrate. These pulses shape the expansion history across cosmic time, producing early‑time modulation, mid‑cycle ΛCDM‑like stability, and late‑time acceleration without invoking dark energy or tuned parameters. The framework provides a unified physical explanation for several contemporary tensions in cosmology, including the Hubble tension, vacuum energy discrepancy, PTA‑scale correlations, and large‑scale structure anomalies. Each pulse leaves broad, correlated signatures across CMB scales, PTA frequencies, deviations in H(a), and coherence‑pattern imprints in the cosmic web. The result is a conceptually unified, observationally anchored alternative to parameter‑driven cosmology, grounded in the resonance‑compatibility dynamics of the Aetherium substrate.
12. Coherence Field Dynamics and Emergent Geometry in Aetherium
DOI
10.5281/zenodo.18854277 This paper develops the theoretical foundation of Aetherium by introducing the coherence field C(xμ) as the single physical quantity from which matter, geometry, and cosmology all emerge. The framework replaces the dual ontology of general relativity and quantum field theory with a unified substrate governed by a nonlinear conservation law. Coherence gradients generate curvature through an emergent disformal metric, while localized excitations—oscillons—serve as matter analogues. Their nonlinear interactions lead to smooth, horizonless compact objects called coherence wells, which reproduce many observational signatures of black holes without singularities or event horizons. The homogeneous coherence field drives a cyclic, nonsingular cosmology with natural late‑time acceleration and no need for inflation. This manuscript establishes the axioms, field equation, emergent geometry, collapse dynamics, and observational implications of the coherence‑based ontology, forming the technical backbone of the Aetherium research program.
Access and Citations
All Aetherium manuscripts are available through Zenodo. Each publication includes version history, figures, and reproducibility notes. Readers are encouraged to cite the most recent versions and to follow the version‑controlled DOIs for accuracy.
Future Work
Upcoming publications include “Future Directions: Aetherium in the Quantum World”, and “Testing Time as a Field within the Aetherium Framework”. The former will expand the quantum extension of Aetherium, exploring coherence behavior at quantum scales, substrate‑based interpretations of entanglement, and potential experimental signatures. The latter will explore experimental anomalies in coherence, entropy, and collapse that highlight situations where time behaves more like an active participant than a passive coordinate. Time is an active outcome of the Aetherium substrate, rather than a passive axis as in contemporary physics theories.
