2015
DOI: 10.1515/ip-2015-0019
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On weak communication

Abstract: Dan Sperber and Deirdre Wilson suggest that much of linguistic communication is weak because the hearer usually must take a great responsibility in the interpretation of the speaker’s utterance. Sometimes, the (very) “weak implicatures” supplied by the hearer are very different from (and even incompatible with) the speaker’s intention. Relevance Theory helps us to understand crucial aspects of weak communication. However, I aim at showing that pragmatic theory should reconsider the importance of intention in o… Show more

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“…(8.2) gives an equally good description of the Kpp data at Q = 24 MeV. However, it must be admitted that a K − p is an effective parameter and should not necessarily be equated to the free K − p scattering length because the factorization assumption clearly does not contain all of the relevant 6 Unpublished COSY-11 data suggest that the cross section is below 0.1 nb at Q ≈ 4.5 MeV [265], which is more restrictive than the previous COSY-11 upper limit of 0.16 nb at Q = 3 MeV [266]. This departure from the trend shown by the higher energy data might be due to the Coulomb repulsion between the K + and the two protons, which must be critical so close to threshold.…”
Section: Kaon Pair Production In Nucleon-nucleon Collisionsmentioning
confidence: 99%
“…(8.2) gives an equally good description of the Kpp data at Q = 24 MeV. However, it must be admitted that a K − p is an effective parameter and should not necessarily be equated to the free K − p scattering length because the factorization assumption clearly does not contain all of the relevant 6 Unpublished COSY-11 data suggest that the cross section is below 0.1 nb at Q ≈ 4.5 MeV [265], which is more restrictive than the previous COSY-11 upper limit of 0.16 nb at Q = 3 MeV [266]. This departure from the trend shown by the higher energy data might be due to the Coulomb repulsion between the K + and the two protons, which must be critical so close to threshold.…”
Section: Kaon Pair Production In Nucleon-nucleon Collisionsmentioning
confidence: 99%