← Skew Field / Experiment Rounds / Round 4
Generalizing the curvature function from a fixed formula to a Fourier series (6/8/10 modes), support tension still rises with dimension; but at the same time, taking the direct non-convex union of the tubular neighborhoods of the seven test families (without forcing convexification), a simply-connected container needs only 0.191 — far below the 0.305 of the same families' convex container. The cost of convexification accounts for 37.31% of the current container's area.
Relationship to other packages, stated as far as possible in the document's own words, not my interpretation. This case's theoretical foundation is in From the Original Kakeya Needle to Moser's Worm.
“The support function records only the convex hull; a non-convex container must also record: concavities, narrow channels, local gaps, and the complementary interlocking between tubular boundaries. Hence: convex support redundancy is not the same as non-convex container redundancy. Round 1's finite-width family is already redundant in the convex problem, but still makes a nonzero contribution in the non-convex container's leave-one-out analysis.” — from Section 9, “Structural Assessment,” of this package's main document.
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