PhD-thesis

For my PhD research I will be using Galison’s concept of the “trading zone” to describe digital history projects where historians collaborate with people from other backgrounds. In his book, Image & Logic, Galison developed this concept to describe the development of the field of physics in the period of 1880s-1970s where physicists of the “image” tradition (taking photos to discover new elements) and physicists of the “logic” tradition (using statistics to discover new elements) ended up working together. What is of interest to me, besides his development of the “trading zone” concept, is that automatisation of work plays a key role in this development, and from the 1940s on the computer starts playing a prominent role, shaping the field of physics. What becomes apparent from reading this book is that the integration of the computer in physics was by no means a natural inclusion, but a process of debate and negotiation of what it meant to “do” physics and what kind of knowledge can be acquired using computers. In this blogpost I’ll briefly touch upon this debate^[1]Since Image & Logic is an 850 page book, I can in no way summarise this satisfactorily in a blogpost, but I will do my best., as described in Galison’s work, and consider parallels with the debates in digital humanities (dh). Assuming dh describes a transition to include computers in humanities work^[2]Zaagsma, G. (2013). On Digital History. BMGN – Low Countries Historical Review, 128(4), 3. http://doi.org/10.18352/bmgn-lchr.9344, maybe we can describe this transition of physics as “digital physics“.^[3]Not to be confused with the field of physics that describes the universe in terms of information https://en.wikipedia.org/wiki/Digital_physics

Continue reading “Digital Humanities and Digital Physics”