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  1. The best of all possible Leibnizian completeness theorems.Yale Weiss - forthcoming - Australasian Journal of Logic.
    Leibniz developed several arithmetical interpretations of the assertoric syllogistic in a series of drafts from April 1679. In this article, I present what I take to be one of his most mature articulations of the arithmetical semantics from that series. I show that the assertoric syllogistic can be characterized exactly not only in the full divisibility lattice, as Leibniz implicitly suggests, but in a certain four-element sublattice thereof. This refinement is also shown to be optimal in the sense that the (...)
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  • Connexivity in Aristotle’s Logic.Fabian Ruge - 2023 - History and Philosophy of Logic 44 (4):353-372.
    At APr 2.4 57a36–13, Aristotle presents a notorious reductio argument in which he derives the claim ‘If B is not large, B is large’ and calls that result impossible. Aristotle is thus committed to some form of connexivity and this paper argues that his commitment is to a strong form of connexivity which excludes even cases in which ‘B is large’ is necessary. It is further argued that Aristotle’s view of connexivity is best understood as arising from his analysis of (...)
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  • Connexive logic: new old challenges.Fernando Cano-Jorge & Luis Estrada-González - forthcoming - Logic Journal of the IGPL.
    After the intense attention the relevance logic community and its friends gave to McCall’s ideas on connexive implication during the late 1960s and nearly.
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