{ "id": "2408.07634", "version": "v1", "published": "2024-08-14T16:00:20.000Z", "updated": "2024-08-14T16:00:20.000Z", "title": "Sufficient conditions for the existence of packing asymptotics on linear sets of Lebesgue measure zero", "authors": [ "Austin Anderson", "Steven Damelin" ], "comment": "37 pages, 2 figures", "categories": [ "math.CA", "math.MG" ], "abstract": "We use a characterization of Minkowski measurability to study the asymptotics of best packing on cut-out subsets of the real line with Minkowski dimension $d\\in(0,1)$. Our main result is a proof that Minkowski measurability is a sufficient condition for the existence of best packing asymptotics on monotone rearrangements of these sets. For each such set, the main result provides an explicit constant of proportionality $p_d,$ depending only on the Minkowski dimension $d,$ that relates its packing limit and Minkowski content. We later use the Digamma function to study the limiting value of $p_d$ as $d\\to 1^-.$ For sharpness, we use renewal theory to prove that the packing constant of the $(1/2,1/3)$ Cantor set is less than the product of its Minkowski content and $p_d$. We also show that the measurability hypothesis of the main theorem is necessary by demonstrating that a monotone rearrangement of the complementary intervals of the 1/3 Cantor set has Minkowski dimension $d=\\log2/\\log3\\in(0,1),$ is not Minkowski measurable, and does not have convergent first-order packing asymptotics. The aforementioned characterization of Minkowski measurability further motivates the asymptotic study of an infinite multiple subset sum problem.", "revisions": [ { "version": "v1", "updated": "2024-08-14T16:00:20.000Z" } ], "analyses": { "keywords": [ "lebesgue measure zero", "packing asymptotics", "sufficient condition", "linear sets", "minkowski measurability" ], "note": { "typesetting": "TeX", "pages": 37, "language": "en", "license": "arXiv", "status": "editable" } } }