The Construction of national identity in Germany: "Migration Background" as a political and scientific category

Migration has far-reaching effects on the construction of national identity. It can lead to established concepts of national identity and societal affiliation being questioned. In this working paper, it will be demonstrated on the basis of the contemporary German situation that the recognition of Germany as an immigration society does not come along with an overall recognition of migrants as equal members of society. Indeed it is still not sufficient to possess German citizenship to be accepted as a full member of society. It can be proven, that the distinction between "ordinary Germans" and "Germans with migration background" plays an important role in designating allegedly different elements of society. The paper discusses how the social sciences are involved in the process, which makes this differentiation appear plausible and acceptable. Keywords: Germany, immigration, construction of a national identity, societal affiliation discrimination, social and scientific categories

A Local and Time Resolution of the COVID-19 Propagation—A Two-Dimensional Approach for Germany Including Diffusion Phenomena to Describe the Spatial Spread of the COVID-19 Pandemic

The understanding of factors that affect the dissemination of a viral infection is fundamental to help combat it. For instance, during the COVID-19 pandemic that changed the lives of people all over the world, one observes regions with different incidences of cases. One can speculate that population density might be one of the variables that affect the incidence of cases. In populous areas, such as big cities or congested urban areas, higher COVID-19 incidences could be observed than in rural regions. It is natural to think that if population density is such an important factor, then a gradient or difference in population density might lead to a diffusion process that will proceed until equilibrium is reached. The aim of this paper consists of the inclusion of a diffusion concept into the COVID-19 modeling. With this concept, one covers a gradient-driven transfer of the infection next to epidemic growth models (SIR-type models). This is discussed for a certain period of the German situation based on the quite different incidence data for the different federal states of Germany. With this ansatz, some phenomena of the actual development of the pandemic are found to be confirmed. The model provides a possibility to investigate certain scenarios, such as border-crossings or local spreading events, and their influence on the COVID-19 propagation. The resulting information can be a basis for the decisions of politicians and medical persons in charge of managing a pandemic.

The Construction of national identity in Germany: "Migration Background" as a political and scientific category

Migration has far-reaching effects on the construction of national identity. It can lead to established concepts of national identity and societal affiliation being questioned. In this working paper, it will be demonstrated on the basis of the contemporary German situation that the recognition of Germany as an immigration society does not come along with an overall recognition of migrants as equal members of society. Indeed it is still not sufficient to possess German citizenship to be accepted as a full member of society. It can be proven, that the distinction between "ordinary Germans" and "Germans with migration background" plays an important role in designating allegedly different elements of society. The paper discusses how the social sciences are involved in the process, which makes this differentiation appear plausible and acceptable. Keywords: Germany, immigration, construction of a national identity, societal affiliation discrimination, social and scientific categories

COVID-19 propagation by diffusion - a two-dimensional approach for Germany

Diffusion comes anytime and everywhere. If there is a gradient or a potential difference of a quantity a diffusion process happens and this ends if an equilibrium is reached only. The concentration of a species maybe such quantity, or the voltage. An electric currant will be driven by a voltage difference for example.In this COVID-19 pandemic one observes both regions with low incidence and other ones with high incidence. The local different people density could be a reason for that. In populous areas like big cities or congested urban areas higher COVID-19 incidences could be observed than in rural regions.The aim of this paper consists in the application of a diffusion concept to describe one possible issue of the the COVID-19 propagation.This will be discussed for the German situation based on the quite different incidence data for the different federal states of Germany.With this ansatz some phenomenoms of the actual development of the pandemic could be confirmed. The model gives a possibility to investigate certain scenarios like border-crossings or local spreading events and their influence on the COVID-19 propagation as well.

Germany

Germany’s DNA database was established in 1998 and grew into one of the mid-sized databases in the EU. Under the leadership of its Minister of the Interior, Germany was among the countries that drove the creation of the Prüm system and was among the first signatories of the Prüm Treaty in 2005. The 2007 German Presidency of the EU, along with the European Commission, also pushed for the integration of the Convention of Prüm into an EU legal framework. In terms of bordering practices, the German situation serves to illustrate an expansive and diffusive mode of debordering. This expansiveness is documented by the country’s early involvement and comprehensive establishment of data exchange with most of the countries in the system; this diffusive character is illustrated by the string-pulling practices employed by Germany, and some other Member States’ governments, to influence transnational police collaboration in the EU.