The Big Bang as the Resolution of an Incommensurable Geometric Tension Primitive distinction, primordial initialization, redshifted relaxation, and plasma filtering

We propose a speculative framework in which the Big Bang is interpreted not merely as the beginning of expansion within spacetime, but as the first large-scale resolution of an incommensurable geometric tension generated by the appearance of a primitive distinction. In this picture, the earliest relational structure is locally admissible but not yet globally commensurate, producing structural frustration in the emergent geometry. A coherent primordial initialization mode may accompany or mediate this resolution. That mode would not survive unchanged: cosmic expansion would redshift and relax it, while the baryon-photon plasma would act as a cosmological acoustic filter, damping and reshaping its observable remnants. The cosmic microwave background and matter power spectrum would therefore be expected to preserve only fossil overtones of the original event rather than a pristine primordial signal. The framework is speculative but testable in principle through phase coherence, residual oscillatory structure, preferred scales, and transfer-function anomalies beyond standard cosmology. DISCLAIMER Generative AI was used to assist with [literature screening / coding support / draft language revision]. All AI-assisted outputs were independently checked by the author, and the author takes full responsibility for the final analysis and text. This is encompassing all the work that has been done and will be done. All code is under MIT licensing. All research papers are under Creative Commons License. All code, outputs and notes are included in the reproducibility bundle zip file.