Theoretical development introduces a fixed-seed calculus for polynomial exponential periods, suggesting new insights into mathematical structures.
Status: unrefereed candidate theoretical and computer-assisted result offered for scrutiny. This release develops a localized fixed-seed calculus for polynomial exponential periods. It gives complete depressed-quartic rank strata and a finite exact odd-quintic reduction certificate containing the full matrix, reduction witnesses, determinant and all sixteen size-three minors. It also distinguishes persistent tangent-family defects from pointwise derivative-frame failures and uses the known Chebyshev–Bessel family as a prior-art benchmark. Producer-side replay passes 129/129 ordinary checks, 129/129 under optimized Python, 17/17 coefficient-matching checks, 47/47 finite certificate checks and 9/9 mutation or negative controls. These checks do not constitute independent reproduction, formal verification, specialist peer review, analytic contour validation, or a novelty or priority determination. Original content is dedicated under CC0 1.0 Universal.
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