The functional interdependence of word, image, narration, and reason is recognized as a fundamental condition of modern-day persuasion, yet a substantial gap still exists in our understanding of how static textual elements interact to generate dynamic, persuasive narratives. This article attempts to narrow that gap in understanding through the development of a simulation semantics approach to rhetorical analysis as applied to print advertisements in medical journals. Located within the broader field of cognitive linguistics, simulation semantics is a theory of linguistic meaning based on the hypothesis that language users run mental simulations of perceptual and motor content of experiences which distribute inferences from these simulations during language comprehension and production. Using the perspectives and methods of conceptual blending, a programmatic model of meaning construction developed by Fauconnier and Turner (2002) and elaborated by many associates (e.g. Brandt and Brandt, 2002; Coulson and Oakley, 2000), the article attempts to show how a simulation semantic approach can lead to cognitively plausible explanations of how persuasion works in a genre of print advertisements aimed at physicians and medical practitioners I call learning-for-doing. In addition, I seek to further refine conceptual blending theory as an interpretive framework by arguing for the need to incorporate the notion of a grounding space as well as the need to distinguish between conceptual blending and conceptual integration.
Equational Characterization of Covariant-Contravariant Simulation and Conformance Simulation Semantics