The main objective during the two-year fellowship is to complete the chemical characterisation of mosaics from Knossos, to conduct meta-analyses of different glass studies and to gain access to and expand my analytical study to other comparative glass samples. The compositions of glass mosaic tesserae from late antique Knossos (Crete) will be determined by energy- and wavelength-dispersive X-ray analysis in the scanning electron microscope, where sampling is possible, complemented by isotope studies on a selected set of samples (in particular lead and strontium isotopes). For comparative purposes, glass from other Cretan sites will also be characterised. The chemical analysis (base glass, colorants, opacifiers) of the glass mosaics from Knossos can potentially elucidate where, when and from what ingredients the tesserae were made by way of comparison with recognised compositional glass groups. This analytical data can thus provide insights into late antique glassmaking traditions and the movement of people and products as well as into broader political, historical and ideological aspects. Part of my project will be a meta-analysis of mosaic studies, incorporating evidence across traditional disciplinary boundaries and combining chemical and physical aspects of glass mosaics with the historical and cultural elements involved in the artistic production of the artefact. This will enable us to discern patterns in the manufacture of mosaic tesserae during the Roman and Byzantine period as regards the use of colours, materials and the underlying motives of their production. Such a comprehensive survey of late antique and Byzantine mosaics can serve as a crucial point of reference for future research, and dependent on the progress of the project, I aim to expand the proposed analytical studies to include further relevant archaeological artefacts within the course of the fellowship.
Field of science
- /natural sciences/chemical sciences/inorganic chemistry/inorganic compounds
Call for proposal
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