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arXiv 1012.5910quant-phmath.CT
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分类量子物理学的具体基础

Concrete Foundations for Categorical Quantum Physics

Daniel Lehmann

摘要:

在阿布拉姆斯基和科克的路线中,分类量子物理学的原始介绍试图只引入与物理学明显相关的对象和假设,而不是假设紧凑闭合。伴随箭头,张量积和双积是这个演示的成分。张量积的定义,直到一个酉箭头,由一个与复合系统的变换有关的普适性质,而不是通过假设一个monoidal结构。张量积的纠缠态定义了张量积分量上的混合态。符合伴随结构的余积被定义为一个酉箭头,并提供双积。证明了一个抽象的不可克隆结果。

英文摘要:

An original presentation of Categorical Quantum Physics, in the line of Abramsky and Coecke, tries to introduce only objects and assumptions that are clearly relevant to Physics and does not assume compact closure. Adjoint arrows, tensor products and biproducts are the ingredients of this presentation. Tensor products are defined, up to a unitary arrow, by a universal property related to transformations of composite systems, not by assuming a monoidal structure. Entangled states of a tensor product define mixed states on the components of the tensor product. Coproducts that fit the adjoint structure are shown to be defined up to a unitary arrow and to provide biproducts. An abstract no-cloning result is proved.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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