Scientific models: the problem of representation
DOI:
https://doi.org/10.11606/S1678-31662016000100008Palavras-chave:
Representation. Quantum chemistry. Covalent bond. Incompatible models. Statistical mechanicsResumo
This article focuses on the relationship between knowledge and representation. We consider the difficulties of the approaches that try to justify the representative character of models. We point out that the attempts to account for representation from a perspective that does not include the agent as a constitutive element lack enough philosophical support: the characterization of representation in unintentional terms face conceptual difficulties that are hard to overcome. As a positive proposal, we discuss a number of incompatible models to call into question the leading role of representation in scientific knowledge. Those cases show that scientific knowledge is generated because those models allow us to predict and manipulate the behavior of some variables of the system, even if this does not imply the possibility of describing how effectively the system is in its unobservable aspects. Finally, by providing a case where the same model integrates incompatible theories, we can extend our thesis to the domain of theories. The main hypothesis we try to establish is that, although the association between knowledge and representation must not be definitively given up, it should be relaxed so that the possibility of recognizing the legitimacy of non-representative knowledge be admittedDownloads
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2016-06-06
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Scientific models: the problem of representation. (2016). Scientiae Studia, 14(1), 151-174. https://doi.org/10.11606/S1678-31662016000100008