On Contextuality and Unsharp Quantum Logic

Order Pub Date : 2024-09-05 DOI:10.1007/s11083-024-09681-x
Davide Fazio, Raffaele Mascella
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Abstract

In this paper we provide a preliminary investigation of subclasses of bounded posets with antitone involution which are “pastings” of their maximal Kleene sub-lattices. Specifically, we introduce super-paraorthomodular lattices, namely paraothomodular lattices whose order determines, and it is fully determined by, the order of their maximal Kleene sub-algebras. It will turn out that the (spectral) paraorthomodular lattice of effects over a separable Hilbert space can be considered as a prominent example of such. Therefore, it arguably provides an algebraic/order theoretical rendering of complementarity phenomena between unsharp observables. A number of examples, properties and characterization theorems for structures we deal with will be outlined. For example, we prove a forbidden configuration theorem and we investigate the notion of commutativity for modular pseudo-Kleene lattices, examples of which are (spectral) paraorthomodular lattices of effects over finite-dimensional Hilbert spaces.

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论上下文和非清晰量子逻辑
在本文中,我们初步研究了具有反内卷性的有界正格子类,这些子类是其最大克莱因子网格的 "粘贴"。具体地说,我们引入了超副模态网格,即其阶决定并完全由其最大克莱因子网格的阶决定的副模态网格。在可分离的希尔伯特空间上的效应的(谱)对正模态网格将被视为这种网格的一个突出例子。因此,可以说它为非锐利观测值之间的互补现象提供了代数/阶乘理论的解释。我们将概述我们处理的结构的一些例子、性质和特征定理。例如,我们证明了一个禁止配置定理,并研究了模态伪克莱因网格的交换性概念,其中的例子是有限维希尔伯特空间上效应的(谱)对正模态网格。
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