混合Bing-Whitehead分解

Daniel Kasprowski, Min Hoon Kim
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摘要

混合Bing-Whitehead分解是一类特殊的3球环面分解,定义为无限嵌套的实体环面序列的交。前面章节中的Bing分解和Whitehead分解都是混合Bing - Whitehead分解的例子。在本章中,给出了圆环分解收缩的精确判据,即“圆盘复制函数”。在混合Bing - Whitehead分解的情况下,这测量了定义中固体环面序列中Bing和Whitehead加倍的相对数量。混合Bing-Whitehead分解与摩天大楼的边界有关,本章证明的收缩定理将是最终证明圆盘嵌入定理的关键。
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Mixed Bing–Whitehead Decompositions
Mixed Bing–Whitehead decompositions are a special class of toroidal decompositions of the 3-sphere, defined as the intersection of infinite nested sequences of solid tori. The Bing decomposition and the Whitehead decomposition from previous chapters are both examples of mixed Bing–Whitehead decompositions. In this chapter a precise criterion for when toroidal decompositions shrink is given, in terms of a ‘disc replicating function’. In the case of mixed Bing–Whitehead decomposition, this measures the relative numbers of Bing and Whitehead doubling in the sequence of solid tori in the definition. Mixed Bing–Whitehead decompositions are related to the boundaries of skyscrapers, and the shrinking theorem proved in this chapter will be key to the eventual proof of the disc embedding theorem.
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The s-cobordism Theorem, the Sphere Embedding Theorem, and the Poincaré Conjecture Picture Camp Mixed Bing–Whitehead Decompositions Replicable Rooms and Boundary Shrinkable Skyscrapers Outline of the Upcoming Proof
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