Archaeometry

Archaeometry involves the use and advancement of scientific methods to discuss and solve cultural-historical questions (scientific archaeology). It is an interdisciplinary course module that focuses on applying mathematical and scientific methods to study early historical periods (prehistory and early history, Near Eastern history, Greek and Roman history, early and high Middle Ages). Over the past decades, archaeometry has gained recognition both nationally and internationally, achieving significant findings and developing promising horizons.

The minor subject program in archaeometry offers opportunities beyond the comparative methods commonly used in archaeology. It enables students to derive additional findings from archaeological artifacts and features through mathematical and scientific analyses. This program is designed for students of archaeological disciplines who wish to acquire expertise in mathematical and scientific methods to complement the knowledge gained in their major subject in archaeology.

The Frankfurt minor subject program in archaeometry incorporates an exceptional and extensive range of contributing disciplines within the German university landscape. Physical, chemical, and geochemical analysis methods play a significant role in determining the origin of raw materials, their processing, the production of artifacts, and the conservation of archaeological finds. Equally important are disciplines and methods that contribute to reconstructing past natural and cultural landscapes and human livelihoods within the framework of general landscape archaeology. These include geomorphological and soil science processes in geoarchaeology, as well as the use of remote sensing, methods for field surveys linked to geophysics, scientific dating techniques, archaeobotany, archaeozoology, and physical anthropology. Statistical methods, digital image processing, and geographic information systems are essential skills to be learned across all areas.

The subject of archaeometry can only be studied as a minor. In the minor program "Archaeometry," students gain interdisciplinary knowledge in scientific archaeology that goes far beyond the established methodology in archaeology. Through suitable lectures, exercises, hands-on training, and independent study, future graduates of archaeological disciplines can acquire solid knowledge and practical skills in all mathematical and scientific fields useful for modern archaeology. The "Archaeometry" program is designed to equip students with the ability to think and work scientifically, enabling them to successfully address evolving questions and challenges in archaeological practice. The program aims to foster learning and critical thinking skills, develop the ability to apply analytical methods, and recognize archaeological problems while solving them effectively using geoscientific diagnostics. Both individual achievements and collaborative work are encouraged.

For more information about the minor in Archaeometry, please visit the  department's webpage.