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Univalent Foundations of Mathematics

机译:单价数学基础

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Over the last two years deep and unexpected connections have been discovered between constructive type theories and classical homotopy theory. These con nections open a way to construct new foundations of mathematics alternative to the ZFC. These foundations promise to resolve several seemingly unconnected problems—provide a support for categorical and higher categorical arguments directly on the level of the language, make formalizations of usual mathematics much more concise and much better adapted to the use with existing proof assis tants such as Coq and finally to provide a uniform way to approach constructive and "classical" mathematics. I will try to describe the basic construction of a model of constructive type theories which underlies these innovations and pro vide some demonstration on how this model is used to develop mathematics in Coq.
机译:在过去的两年中,已经发现了建设性类型理论与经典同伦理论之间的深刻而出乎意料的联系。这些连接为构建替代ZFC的新数学基础开辟了道路。这些基础有望解决一些看似无关的问题-直接在语言层面上为分类和更高分类的论据提供支持,使常用数学的形式化更加简洁,更适合与现有的证明助手(如Coq)一起使用并最终提供一种统一的方法来处理建构性和“古典”数学。我将尝试描述构造型理论模型的基本构建,这些模型是这些创新的基础,并就该模型如何用于在Coq中发展数学提供了一些证明。

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