This project investigates how new knowledge emerges from the originally separate traditions of astronomy, astrology and mathematics in a transformation and innovation process. The investigations are based on the research results obtained in research group (D-1) Space of Nature.
The aim of this dissertation is to determine the internal system of healing plants used in medicine conveyed in cuneiform script, and thus to improve our knowledge of the ancient understanding of illness and healing.
This dissertation deals with diagrams in ancient Greek scientific texts, in particular in Aristotle’s logical and natural scientific writings. Because diagrams accompanying ancient texts are generally only found in hand-written texts from the Middle Ages, the question arises as to the existence and the original appearances of antique diagrams. This question can be investigated from explicit and implicit references in the ancient texts, which also give clues as to the various ways in which diagrams were used.
As a continuation of the Bernese research project on the development of Ptolemy’s catalogue of localities, this dissertation investigated the Iberian peninsula in Ptolemy’s Geography.
This research project investigates the emergence of hydromechanics in the context of water management systems from antiquity to the Middle Ages.
Descriptions of heavenly realms and celestial topography can be traced back to the cultural milieu of Second Temple Judaism, which may have been influenced by Platonic and Neo-Platonic concepts. Cosmographic and cosmological ideas were further attested during Late Antiquity in Old and New Testament apocryphal writings and parabiblical compositions, such as the Book of the Secrets of Enoch (or 2 Enoch), Apocalypse of Abraham, Ascension of Isaiah, Third Baruch, Apocalypse of Paul, Apocalypse of the Virgin Mary, etc.), which survive in Slavonic recensions transmitted in the Byzantine Commonwealth. In some cases the Slavonic texts are the only surviving witnesses to the Semitic originals; otherwise they represent faithful reproductions of Greek (Byzantine) redactions.
Based on the data given in Claudius Ptolemy’s Geography (2nd century CE), which contains information on more than 6,000 localities distributed over the then known world, the project investigates the genesis and transformation of geographical information in Antiquity. The aim is to gain insight into the methods used by ancient scientific geographers to systematize individual space data.
The origin of the scales and of weighing, one of the first measurement technologies in the development of human culture, remains obscure to this day. Standardized finished products provide indirect evidence dating the scale to the middle of the 5th millennium BC. It is reasonable to assume that the scales emerged parallel to the development of copper and gold metallurgy, if not sooner.
There is conclusive evidence that equal-armed scales were used in Egypt beginning around 3000 BC. The first metrological system can be shown to have emerged in Babylon around the same time. By mapping all surviving evidence of scales and weighing practices in the Atlas of Innovations, we will lay the foundation for a better understanding of the emergence and spread of the scales and of metrology.
The project investigates the emergence and development of balance scales with variable arm-length of which the so-called Roman steelyard is the most well-known.
This project researches the circulation of pneumatic technologies in antiquity and maps the origins and distribution of technological innovations, as well as the conceptual conditions underlying them – conditions which served as a basis for the formation of new theoretical knowledge. This involves detailed analysis not only of relevant primary sources, but also of archaeological artifacts.