Proceeding from a set of conditions that an adequate notion of a non-mathematical function should satisfy, we examine some of the most influential of these notions, including Cummins-functions, to conclude that the teleosemantic notion of a non-mathematical proper function, suggested originally by Ruth Millikan, best satisfies the proposed conditions. In particular, this notion allows us to talk consistently about organisms having some functions while Operating, at the same time, dysfunctionally. In addition, we show that the teleosemantic notion of relational and (...) adaptive proper functions can be applied to singular events being part of developments in evolution and learning processes. We conclude that it is in this framework, rather than on the basis of the so-called theory of memes, that an application of the teleosemantic notion of a proper function to social areas can be seriously considered. (shrink)

Tyler Burge (2010) provided a scathing critique of all programs for naturalizing concepts of representation, especially teleological naturalizing programs. He tended to demonstrate that “representational content” is a concept that cannot be reduced to more fundamental biological or physical ideas. According to him, since the 1970s, the concept of representational content has been firmly established in cognitive psychology as a mature science and utilized inadequate explanations. Since Dretske’s program is Burge’s primary objective, this paper concentrates on Dretske’s perspective. Following Burge’s (...) criticisms, I concur that Dretske’s naturalizing program trivializes the complex concept of representational content in cognitive science by applying it to bacteria, protozoa, etc. There is a superior explanation, namely Burge’s alternative idea of “registering information.” I do not believe, however, that this spells the end of naturalization programs. There is no reason to deny that at least some biological functions entail representational capacities with perceptual constancy, if not all. Cases of genuine perception, representing the accurate distal causes of proximal stimuli under various conditions, contribute to fitness. It is not by accident that representational content plays a role in cases of genuine perception. Consequently, I will argue that accuracy and biological fitness cannot be separated. (shrink)