In his 1997 paper “Technology and Complexity” Dasgupta draws a distinction between systematic and epistemic complexity. Entities are called systematically complex when they are composed of a large number of parts that interact in complicated ways. This means that even if one knows the properties of the parts one may not be able to infer the behaviour of the system as a whole. In contrast, epistemic complexity refers to the knowledge that is used in, or generated by the making of an artefact and …
Read moreIn his 1997 paper “Technology and Complexity” Dasgupta draws a distinction between systematic and epistemic complexity. Entities are called systematically complex when they are composed of a large number of parts that interact in complicated ways. This means that even if one knows the properties of the parts one may not be able to infer the behaviour of the system as a whole. In contrast, epistemic complexity refers to the knowledge that is used in, or generated by the making of an artefact and is embodied in it. Interestingly, a high level of systematic complexity does not entail a high level of epistematic complexity and vice versa. Prehistoric stone tools, for example, display a unique combination of systematic simplicity with epistemic complexity. In order to attract the attention of philosophers of technology and engineering to the domain of prehistoric technology or what is called “First Technology”, the present chapter aims to examine the epistemic complexity of, ancient Oldowan stone tools. The aim is addressed by critically reviewing and extending Karl Popper’s unconventional objective approach to epistemology and by drawing upon recent experimental-archaeological research on Oldowan stone tool production.