An Epistemic Interpretation of Tensor Disjunction
Haoyu Wang, Yanjing Wang, Yunsong Wang

TL;DR
This paper provides an epistemic interpretation of tensor disjunction in dependence logic, connecting it to weak disjunction in intermediate logic, and introduces a generalized tensor operator capturing complex knowledge states.
Contribution
It offers a novel epistemic perspective on tensor disjunction, complete axiomatization of the logic, and a generalization of the tensor operator with parameters k and n.
Findings
Complete axiomatization of the epistemic logic with tensor disjunction.
Generalized tensor operators do not increase expressive power.
Most generalized tensors are not definable in standard logics, but are in the dynamic epistemic logic of knowing how.
Abstract
This paper aims to give an epistemic interpretation to the tensor disjunction in dependence logic, through a rather surprising connection to the so-called weak disjunction in Medvedev's early work on intermediate logic under the Brouwer-Heyting-Kolmogorov (BHK)-interpretation. We expose this connection in the setting of inquisitive logic with tensor disjunction discussed by Ciardelli and Barbero (2019}, but from an epistemic perspective. More specifically, we translate the propositional formulae of inquisitive logic with tensor into modal formulae in a powerful epistemic language of "knowing how" following the proposal by Wang (2021). We give a complete axiomatization of the logic of our full language based on Fine's axiomatization of S5 modal logic with propositional quantifiers. Finally, we generalize the tensor operator with parameters and , which intuitively captures the…
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Taxonomy
TopicsLogic, Reasoning, and Knowledge · Logic, programming, and type systems · Advanced Algebra and Logic
