塔高升高及埋置

Allison N. Miller, Mark Powell, Arunima Ray
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引用次数: 0

摘要

“塔的高度提高和嵌入”展示了如何提高塔的高度,以及如何在给定的塔内检测嵌入的塔。将顶楼的楼层数增加一层,这是一种精神上类似于摸索高度的建筑,但更复杂。新的方面,经过精心处理,是几何控制需要使顶层任意小。一个n层的顶盖塔包含一个(n + 1)层的顶盖塔和相同的附加区域,这可以通过将顶层的连接组件嵌入任意选择的小直径球体来实现。因此,无限塔的端点紧化也可以嵌入。
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Tower Height Raising and Embedding
‘Tower Height Raising and Embedding’ shows how to raise the height of towers, as well as how to detect embedded towers within a given tower. Raising the number of storeys of a capped tower by one is a construction similar in spirit to grope height raising, but more sophisticated. The new aspect, which receives careful treatment, is the geometric control needed to make the top storey arbitrarily small. An n-storey capped tower contains a capped tower with (n + 1) storeys and the same attaching region, and this can be realized by an embedding that places connected components of the top storey into balls of arbitrarily chosen small diameter. Consequently, endpoint compactifications of infinite towers may be embedded as well.
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