A Propagation-Limit Criterion for Transonic Buffet Onset
A reduced, falsifiable engineering criterion interpreting transonic buffet onset as a propagation-limited separation instability.
View on Zenodo →John Paul Crumpler · Swarm Field Theory
Papers, preprints, datasets and supporting research related to Swarm Field Theory, coherence geometry, gravitation, electromagnetism, fluid mechanics and associated exploratory work.
29 Zenodo records
A reduced, falsifiable engineering criterion interpreting transonic buffet onset as a propagation-limited separation instability.
View on Zenodo →A discrepancy-first framework separating galaxy acceleration, lensing, cluster binding and cosmic acceleration into explicit observational residuals.
View on Zenodo →A structural constraint on localized wave modes based on phase closure, finite propagation speed and interaction-limited coherence.
View on Zenodo →A response-capacity interpretation of turbulence onset that preserves conventional Reynolds-number scaling while introducing finite strain-communication capacity.
View on Zenodo →A transparent spreadsheet calculator for evaluating and checking physical-constant relationships used in the Swarm Field framework.
View on Zenodo →A finite-update formulation in which the standard Maxwell equations emerge as continuum consistency relations.
View on Zenodo →A coherence-based interpretation of gravitational focusing and the Raychaudhuri equation within a structured-lattice model of spacetime.
View on Zenodo →A geometric interpretation and derivation of vacuum permittivity as the linear polarization susceptibility of the proposed coherence lattice.
View on Zenodo →The February 2026 technical reference for the Swarm Theory unified field framework, superseding the earlier 2025 preprint.
View on Zenodo →A weak-field UFE and Green-function derivation of Newton's gravitational constant from coherence geometry.
View on Zenodo →A direct test of the proposed wavelength-dependent lattice-tension law against radio and optical propagation behaviour.
View on Zenodo →A short essay considering driver-dependent or intrinsically stable nuclear-fuel concepts through the lens of coherence and stability.
View on Zenodo →A two-dimensional curvature interpretation of flat galactic rotation curves using gradients in a tensioned coherence lattice.
View on Zenodo →A compact formulation reducing multiple physical constants to two geometric postulates involving quantized patch action and helical projection.
View on Zenodo →A model in which persistent matter-like states are interpreted as closed, stable condensates of wave propagation on the coherence lattice.
View on Zenodo →An early heuristic gravity derivation retained for transparency. It is explicitly superseded by the later weak-field UFE / Green-function treatment.
View on Zenodo →A catalogue of concrete observational and experimental conditions under which the Swarm Theory framework could be falsified.
View on Zenodo →A UFEB treatment consolidating thermal and radiation constants within the coherence-geometry framework.
View on Zenodo →A consolidation of atomic-scale quantities and mass relationships within the UFEB coherence-geometry framework.
View on Zenodo →A provenance and development record documenting completed and planned UFEB extensions, constants and predictions.
View on Zenodo →A derivation of Planck mass, energy, length and time from the lattice update interval within UFEB.
View on Zenodo →A simplified update-based formulation of the Unified Field Equation in which explicit time is replaced by discrete update budgets.
View on Zenodo →A geometric derivation of vacuum permeability as a dependent consequence of lattice geometry and coherence tension.
View on Zenodo →A proposed derivation of vacuum wave impedance directly from coherence-membrane geometry.
View on Zenodo →A proposed geometric derivation of the elementary charge from lattice geometry, coherence tension and helical wave projection.
View on Zenodo →A position paper setting out the proposed lattice-coherence foundation from which space, matter, forces and constants are intended to emerge.
View on Zenodo →A proposed coherence-geometry derivation of the fine-structure constant.
View on Zenodo →A proposed derivation of Planck's constant from coherence geometry, membrane tension and response interval.
View on Zenodo →A non-technical introduction to Swarm Theory, its lattice picture and its intended unification of constants and interactions.
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