Many artists, art critics, and poets suggest that an aesthetic appreciation of artworks may modify our perception of the world, including quotidian things and scenes. I call this Art-to-World, AtW. Focusing on visual artworks, in this paper I articulate an empirically-informed account of AtW that is based on content-related views of aesthetic experience, and on Goodman’s and Elgin’s concept of exemplification. An aesthetic encounter with artworks demands paying attention to its aesthetic, expressive, or design properties that realize its purpose. Attention (...) to these properties make percipients better able to spot them in other entities and scenes as well. The upshot is that an aesthetic commerce with artworks enlarges the scope of what we are able to see and has therefore momentous epistemic consequences. (shrink)

Nelson Goodman’s attempt to analyse the expressiveness of artworks in semantic terms has been widely criticised. In this paper I try to show how the use of an adapted version of his concept of exemplification, as proposed by Mark Textor, can help to alleviate the worst problems with his theory of expression. More particularly I argue that the recognition of an intention, which is central to Textor’s account of exemplification, is also fundamental to our understanding of expressiveness in art. Moreover (...) I propose that the recognition of this intention depends on our interpretation of the artwork – an insight Goodman tried to capture with his assertion that our attributions of expressive properties to artworks function metaphorically. The realisation of the context-dependence of our expressive judgements about art and, hence, of the central role interpretation plays in these judgements, I contend, counts in favour of theories of expression like Goodman’s that focus on semantic concerns. (shrink)

It is through ritual that religions often express their deepest truths, and historians and anthropologists of religion have long recognized the impor-tance of its symbolic dimension. Yet it remains to be explained how religious rituals perform this function. That is, in what ways do ritual gestures symbolize or refer – reserving these two general terms to cover all ways of bearing semantic-like relations to objects, events, and states of affairs? In this essay I will take some first steps toward answering (...) this question by constructing a taxonomy of symbolic gestures in the rituals of Judaism, drawing for this purpose on various categories of reference, first distinguished by Nelson Goodman in his study of symbol systems, including the arts, and more recently elaborated by Israel Scheffler. (shrink)

The aim of this article is to examine and defend videogame cognitivism (VC). According to VC, videogames can be a source of cognitive successes (such as true beliefs, knowledge or understanding) for their players. While the possibility of videogame-based learning has been an extensive topic of discussion in the last decades, the epistemological underpinnings of these debates often remain unclear. I propose that VC is a domain- specific brand of aesthetic cognitivism, which should be carefully distinguished from other views that (...) also insist on the cognitive or educational potential of videogames. After these clarifications, I discuss and assess different broad strategies to motivate VC: propositionalism, experientialism, and neocognitivism. These map the different ways in which videogames can prove epistemically valuable, showing them to be, respectively, sources of propositional knowledge, experiential knowledge, and understanding. I eventually argue that neocognitivism is a particularly promising and yet underexplored way to defend VC. (shrink)

This paper proposes an extensionalist analysis of computer simulations (CSs). It puts the emphasis not on languages nor on models, but on symbols, on their extensions, and on their various ways of referring. It shows that chains of reference of symbols in CSs are multiple and of different kinds. As they are distinct and diverse, these chains enable different kinds of remoteness of reference and different kinds of validation for CSs. Although some methodological papers have already underlined the role of (...) these various relationships of reference in CSs and of cross-validations, this diversity is still overlooked in the epistemological literature on CSs. As a consequence, a particular outcome of this analytical view is an ability to classify existing epistemological theses on CSs according to what their authors choose to select and put at the forefront: either the extensions of symbols, or the symbol-types, or the symbol-tokens, or the internal denotational hierarchies of the CS or the reference of these hierarchies to external denotational hierarchies. Through the adoption of this extensionalist view, it also becomes possible to explain more precisely the reasons why some complete reduction of CSs to classical epistemic paradigms such as “experiment” or “theoretical argument” remains doubtful. On this last point, in particular, this paper is in agreement with what many epistemologists already have acknowledged. (shrink)

As brightly shown by Mainzer [24], the science of complexity has many distinct origins in many disciplines. Those various origins has led to “an interdisciplinary methodology to explain the emergence of certain macroscopic phenomena via the nonlinear interactions of microscopic elements” (ibid.). This paper suggests that the parallel and strong expansion of modeling and simulation - especially after the Second World War and the subsequent development of computers - is a rationale which also can be counted as an explanation of (...) this emergence. With the benefit of hindsight, one can find three periods in the methodologies of modeling in the empirical sciences: 1st the simple modeling of the simple, 2nd the simple modeling of the complex, 3rd the complex modeling and simulation of the complex. Our main thesis is that the current spreading (since the 90’s) of complex computer simulations of systems of models (where a simulation is no more a step by step calculus of a unique logico-mathematical model) is another promising dimension of the science of complexity. Following this claim, we propose to distinguish three different types of computer simulations in the context of complex systems’ modeling. Finally, we show that these types of simulations lead to three different types of weak emergence, too. (shrink)