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A Sequent Calculus for Dynamic Topological Logic

Authors
  • Reid, Samuel
Type
Preprint
Publication Date
Aug 03, 2014
Submission Date
Jul 25, 2014
Identifiers
arXiv ID: 1407.7803
Source
arXiv
License
Yellow
External links

Abstract

We introduce a sequent calculus for the temporal-over-topological fragment $\textbf{DTL}_{0}^{\circ * \slash \Box}$ of dynamic topological logic $\textbf{DTL}$, prove soundness semantically, and prove completeness syntactically using the axiomatization of $\textbf{DTL}_{0}^{\circ * \slash \Box}$ given in \cite{paper3}. A cut-free sequent calculus for $\textbf{DTL}_{0}^{\circ * \slash \Box}$ is obtained as the union of the propositional fragment of Gentzen's classical sequent calculus, two $\Box$ structural rules for the modal extension, and nine $\circ$ (next) and $*$ (henceforth) structural rules for the temporal extension. Future research will focus on the construction of a hypersequent calculus for dynamic topological $\textbf{S5}$ logic in order to prove Kremer's Next Removal Conjecture for the logic of homeomorphisms on almost discrete spaces $\textbf{S5H}$.

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