Academic Papers & Pre-prints
The following is a list of publications detailing the theoretical framework, simulations, and predictions of the Resonant Dark Universe model.
Primordial Galaxies as a Confirmation of the Resonant Dark Universe: Constraining a Two-Stage Formation Model
Knoechelman, J. (August 24, 2025)
This data-driven paper introduces and constrains the "Primordial Molecule Seeding Hypothesis," showing how JWST's "impossible" galaxies are a natural outcome of the RDU framework.
The Resonant Dark Universe: A Developing Unified Cosmological Model
Knoechelman, J. (August 13, 2025)
The foundational paper introducing the RDU framework, the "no-time" philosophy, the Chronos Field, and the derivation of the Standard Model as field excitations.
Particle Genesis in the Resonant Dark Universe: Deriving the Standard Model from a Single Field
Knoechelman, J. (August 13, 2025)
A detailed account of the numerical simulations used to derive the masses and quantum properties of all fundamental fermions and bosons from the Chronos Field.
The Illusion of Time: Explaining Relativistic Effects as Physical Interactions within the Resonant Dark Universe
Knoechelman, J. (August 13, 2025)
This paper demonstrates through simulation that effects like time dilation and length contraction can be explained as mechanical consequences of field interactions, without invoking time as a dimension.
The Chronos Field: A Unified Scalar Field for Inflation and Late-Time Cosmic Acceleration
Knoechelman, J. (August 14, 2025)
Details the mathematical formulation of the Chronos Field and its role in driving the universe's complete expansion history, unifying the Inflaton and dark energy.
A First-Principles Prediction of the CMB Power Spectrum from the Resonant Dark Universe
Knoechelman, J. (August 13, 2025)
This work shows how the RDU's fundamental parameters can be used to derive the scalar spectral index ($n_s$), yielding a prediction in excellent agreement with Planck precision data.
Parameter Space Model for Frustrated Dark Resonator Cores: An Extension of the Resonant Dark Universe Theory
Knoechelman, J. (August 14, 2025)
An extension to the RDU model introducing a new class of compact objects, Frustrated DRCs, and predicting their observational signatures as ultra-bright, millimeter-wave radio sources.
Data and Code Availability
The full source code for the Helios v18 simulation engine and all raw data files for the figures presented in the RDU papers are permanently archived and publicly available.