Experimental investigations into edge performance and its implications for stone artefact reduction modelling

This paper details an experimental investigation into stone artefact performance and use, and examines the implications for maintenance and rejuvenation activities. Controlled experiments testing the performance of differently shaped working edges reveal that rates of use attrition are not constant; they are dependent upon the blank morphology's suitability to particular tasks. The evidence contributes to a broader understanding of the principles of reduction analyses by showing that morphological differences in blanks are accompanied by differences in the artefacts’ functional capacity. These differences in turn affect the rate at which maintenance and rejuvenation activities will be required and therefore the extent of reduction exhibited at discard.     

Atoms in wonderland

This paper examines the representation of atomic science in Britain in museums, exhibitions, and print in the period 1945–1960. Due to postwar shortages, authors and publicists initially relied more on the written text than on visual representation. Underlying much writing was the idea of the “intelligent layman,” which formed a shorthand way of conceptualizing the non‐specialist reading public, and accounts for much of the approach and tone of writing. The paper then examines the constraints of presenting atomic science in the Science Museum, London, and the 1951 Festival of Britain, as well as a range of publications for the wider market. These include the official publications of the UK Atomic Energy Authority, the enthusiastic output of the Institute of Atomic Information for the Layman, as well as works such as George Gamow's Mr. Tompkins in Wonderland. The use of images from Alice in Wonderland is examined as recurring motif for presenting an optimistic view of the benign potential of atomic science.