Each of the historic discipline has developed a chronological framework by its own concept. However, there remain uncertainties whose extent may differ depending on the period considered or the region and the context. Many events or finds cannot be dated at all or only on a relative scale by such approaches. Accordingly, science-based chronometric methods have become more important during the last decades. These methods are generally based on physics or chemistry with which graduates of cultural study programs are not familiar although their applications have become common in their professional life. This workshop will provide insights for non-specialists into the basic principles and practical applications of different physical dating methods.
Ernst Pernicka is a chemist with a focus on analytical geochemistry. He held the first chair for archaeometallurgy in the German-speaking world and is the founding director of CEZA. He is generally concerned with the development and application of scientific methods to solve questions of cultural history. His research focuses on the emergence and spread of metallurgy in the Old World.
Thorsten Westphal studied Pre- and Early History, Geology and Geography, has been involved in annual ring research for 28 years and is head of the dendrochronology department at CEZA.
Ronny Friedrich holds a PhD in physics, is head of the dating lab at the Curt Engelhorn Center for Archaeometry and is responsible for over 4,000 radiocarbon analyses per year.
Dr. Susanne Lindauer is physicist at the dating lab at the Curt Engelhorn Center for Archaeometry with additional laboratory training and is responsible for the luminescence laboratory and its projects.
The Klaus Tschira Foundation (KTS) promotes natural sciences, mathematics and computer science and aims to contribute to the appreciation of these subjects. It was established in 1995 by the physicist and SAP co-founder Klaus Tschira with private funds. The nationwide commitment begins in kindergarten and continues in schools, universities and research institutions. The foundation advocates new ways of communicating scientific content.
www.klaus-tschira-stiftung.deThe University of Tübingen is one of eleven German universities which in 2012 and now again in 2019 has been honoured as excellent. In the life sciences, it offers cutting-edge research in the fields of neurosciences, translational immunology and cancer research, microbiology and infection research as well as molecular biology. Other research priorities are machine learning, geo- and environmental research, archaeology and anthropology, language and cognition as well as education and media. More than 27,600 students from all over the world are currently enrolled. They can choose from more than 330 courses of study.
In archaeometry, the University has a unique breadth with the Competence Center Archaeometry - Baden Wuerttemberg (CCA-BW), the Institute of Natural Science Archaeology (INA) and the course of studies "Natural Science Archaeology" as main and subsidiary subject in material science analytics, geoarchaeology and the biologically oriented fields of palaeoanthropology, archaeobotany or archaeozoology.
The Curt-Engelhorn-Zentrum für Archöometrie (CEZA) is a subsidiary of the Curt-Engelhorn-Foundation for the Reiss-Engelhorn-Museums and a nationally and internationally operating research institute, which answers questions of natural and cultural history with most modern, innovative technology and research. In addition to its role as a renowned research institution, CEZA also acts as a service provider for public institutions, companies and private individuals. The portfolio of scientific research includes authenticity, material identification, origin, technology, age determination, bioarchaeology and climate research. Through its participation in EU projects, international cooperation and publications in internationally recognised journals, CEZA's work is also visible internationally.
www.ceza.de