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  1. Weak and Strong Necessity Modals: On Linguistic Means of Expressing "A Primitive Concept OUGHT".Alex Silk - 2021 - In Billy Dunaway & David Plunkett (eds.), Meaning, Decision, and Norms: Themes From the Work of Allan Gibbard. Ann Arbor, Michigan: Maize Books. pp. 203-245.
    This paper develops an account of the meaning of `ought', and the distinction between weak necessity modals (`ought', `should') and strong necessity modals (`must', `have to'). I argue that there is nothing specially ``strong'' about strong necessity modals per se: uses of `Must p' predicate the (deontic/epistemic/etc.) necessity of the prejacent p of the actual world (evaluation world). The apparent ``weakness'' of weak necessity modals derives from their bracketing whether the necessity of the prejacent is verified in the actual world. (...)
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  • The necessity of not doing otherwise.A. Sudbery - 1980 - Australasian Journal of Philosophy 58 (3):280 – 283.
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  • Epistemic presentism.Spyridon Orestis Palermos - 2018 - Philosophical Psychology 31 (3):458-478.
    Commonsense functionalism is taken to entail a version of the extended mind thesis, according to which one’s dispositional beliefs may be partly constituted by artifacts. As several opponents of the extended mind thesis have objected, claiming so can generate a cognitive/knowledge bloat, according to which we may count as knowing the contents of trusted websites, even before looking them up (!). One way to retain commonsense functionalism, but avoid the ensuing “cognitive/knowledge bloat” worry is to introduce epistemic presentism—the view that (...)
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  • The logic of the future in quantum theory.Anthony Sudbery - 2017 - Synthese 194 (11):4429-4453.
    According to quantum mechanics, statements about the future made by sentient beings like us are, in general, neither true nor false; they must satisfy a many-valued logic. I propose that the truth value of such a statement should be identified with the probability that the event it describes will occur. After reviewing the history of related ideas in logic, I argue that it gives an understanding of probability which is particularly satisfactory for use in quantum mechanics. I construct a lattice (...)
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