The Figurative Foundations of Rousseau's Politics

Rousseau claims that the lawgiver must “persuade without convincing,” binding this legislative communication to the “first language,” which would, Rousseau writes, “persuade without convincing, and depict without arguing.” Drawing on a wide range of contextual sources, I show that this first language of Rousseau's is figurative, imagistic, and modeled on ancient Egyptian hieroglyphs, which William Warburton claimed were “the uniform voice of nature” in his Divine Legation of Moses. More importantly, I demonstrate that Rousseau was himself using this lost ancient language to provide a figuration of his own: the “illusory image” of natural man. Through the Second Discourse, men could be persuaded that they were by nature free, preparing the way for a social contract in which they could legitimately give themselves law. This is an image that I argue has been effectively persuasive up to the present day—and our politics, like Rousseau's, thus seemingly rests on figurative foundations.

Egyptian Expeditionary Inscriptions of the Fourth Dynasty and Ancient Natural Landscapes of the Western (Libyan) Desert

The Middle Holocene epoch in northeastern Africa was marked by a steady trend towards aridization. However, the transformation of ecosystems and natural landscapes was gradual and had a complex nature. This change directly affected the development of the first ancient Egyptian centralized state as well as the development of its resource base beyond the Nile Valley. This study addresses the problem of using ancient Egyptian epigraphic sources (expeditionary inscriptions) for the study of both paleolandscapes and ecosystems of the Western (Libyan) Desert and the possible socio-economic impact of their change. The author studies several graffiti, which are believed to have preserved information on natural conditions near the Dakhla oasis and in the region of Wadi Toshka during the time of construction of the great pyramids (Fourth Dynasty). The author concludes that it is quite easy to make misleading assumptions when interpreting expeditionary artefacts. At the same time, as an example with an unusual toponym from the quarries near Wadi Toshka demonstrates, even the shortest graffiti can provide researchers with important additional information on possible changes in the ancient climate and landscape.

Detection and 3D Modeling of Potential Buried Archaeological Structures Using WorldView-3 Satellite Imagery

Throughout the world, cultural heritage sites are under the direct threat of damage or destruction due to developing environmental and anthropogenic hazards, such as urban expansion, looting, and rising water levels. Exacerbating this problem is the fact that many of the most vulnerable sites’ exact locations and/or full spatial extents have yet to be uncovered, making any attempts at their protection exceedingly difficult. However, the utilization of earth observation data has recently emerged as an unmatched tool in the exploration and (digital) preservation of endangered archaeological sites. The presented research employs very high-resolution WorldView-3 satellite imagery (~30 cm) for identifying and delineating previously unknown subsurface archaeological structures at the ancient Egyptian site of Hermopolis (el-Ashmunein). A particular emphasis is placed on the application of spectral indices, specifically those looking at vegetation cropmarks and iron oxide levels. Through this analysis, seven promising structures were identified, including three elongated installations, which may have been utilized for storage purposes, and a potential casemate foundation structure. As 2D outlines of structures are often difficult to visualize, the newly identified archaeological features were expanded into a realistic, georeferenced 3D model using the computer programs, SketchUp Pro and Chaos V-Ray. The goal of this 3D model is to ensure that the results derived from this research are more accessible (and tangible) to a wider audience—the scientific community and the public alike. The methodological scheme presented in this article is highly adaptable and with some minor modifications can be replicated for other archaeological sites worldwide.