In their research, Katharina Prochazka and Gero Vogl followed the language movement in Southern Carinthia, Austria, during the periods 1880-1910 and 1971-2001. Here: the beginning of the second investigation period from 1971 onwards (Copyright: Katharina Prochazka, University of Vienna).
Due to increasing globalization, the linguistic landscape of our world is changing; many people give up use of one language in favour of another, a phenomenon called language shift. Katharina Prochazka and Gero Vogl from the University of Vienna have studied why language shift happens using the example of southern Carinthia, Austria. Making use of methods originally developed in diffusion physics to study the motion of atoms, they built a model for the spread and retreat of languages over time and space. With this model, they were able to show that interaction with other speakers is the main factor influencing whether language shift occurs. The interdisciplinary study is published in the journal PNAS. In physics, the movement of particles over time and space is called diffusion. Models of physical diffusion can also be applied to describe the movement of other things - even those that have nothing to do with physics at first sight. "The term interdisciplinary diffusion means using methods from physics to describe the spread of animals, diseases, rumours - or, in our case, languages. This approach allows us to study large amounts of data and play with different scenarios", explains the study author Katharina Prochazka, a physicist and linguist. "Microscopic" view of language movement The interdisciplinary study is based on the principle of cellular automata which is combined here for the first time with detailed empirical data. In this method, the study area is divided into small cells which are all viewed individually as under a microscope. As a result, it is possible to capture changes in language movement on a very small scale. At the same time, the whole region is recorded and described'an advantage compared to other approaches which often only consider the percentage of speakers in the population and offer no information about spatial distribution. Interaction as the driving force
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