German Research Foundation (DFG) gives €87 million to fund 20 new research groups
Posted: 29 November 2016 | Niamh Louise Marriott, Digital Editor | No comments yet
The Research Training Groups will receive funding of around €87 million for an initial period of four and a half years…
The Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) is establishing 20 new Research Training Groups to further support early career researchers in Germany.
They include three International Research Training Groups (IRTGs) with partners in the UK, New Zealand and Austria.
The Research Training Groups will receive funding of around €87 million for an initial period of four and a half years. In addition to the 20 new collaborations, the Grants Committee approved the extension of seven Research Training Groups for another four and a half years. This funding instrument enables doctoral researchers to complete their theses in a structured research and qualification programme at a high academic level.
In total the DFG is currently funding 206 Research Training Groups, including 41 International Research Training Groups; the 20 new groups will commence their work in 2017.
Details of the research groups (in alphabetical order by their host universities)
The Literary and Epistemic History of Small Forms
Humboldt University of Berlin, Spokesperson: Professor Dr Joseph Vogl
Sketches, abstracts, notes, records, excerpts, essays, articles and glosses: all these ‘small forms’ of writing are an essential part of the practice of research, teaching, art and the media. The Research Training Group “The Literary and Epistemic History of Small Forms” intends to study their emergence and development, with which they are also involved in the success of prose, from antiquity to the present day. The group will also seek to understand how processes of understanding are controlled, reflected and channelled in specific media using these small forms.
BIOphysical Quantitative Imaging Towards Clinical Diagnosis
Imaging techniques such as ultrasound, X-rays and CT scans are well known. Medical findings are established on the basis of the image data produced in technically and mathematically complex processes. However, physicians’ diagnoses are normally made on the basis of qualitative arguments, which do not make full use of the information content of image data and in particular the potential of imaging methods. The “BIOQIC – BIOphysical Quantitative Imaging Towards Clinical Diagnosis” Research Training Group will therefore study biophysical quantitative medical imaging to further develop these quantitative methods and apply them in clinical pilot studies to obtain more information from the imaging process.
World Politics: The Emergence of Political Arenas and Modes of Observation in World Society
University of Bielefeld, Spokesperson: Professor Dr. Mathias Albert
The Research Training Group “World Politics: The Emergence of Political Arenas and Modes of Observation in World Society” is concerned with the emergence of world politics as a type of politics in its own right. From the perspective of the theory of global society, the group aims to investigate the extent to which the emergence of world politics represents both a consequence and a precondition of the constitution of modern states. Researchers specialising in political science, sociology, history and law will collaborate to address this question.
Situated Cognition – New Concepts in Investigating Core Mental Phenomena
University of Bochum, Spokesperson: Professor Dr. Albert Newen; Additional applicant university: University of Osnabrück
Perception, the authorship of action, emotions, and social and linguistic understanding are central cognitive phenomena. The Research Training Group “Situated Cognition – New Concepts in Investigating Core Mental Phenomena” will combine the philosophy of the mind and cognition with cognition sciences, which closely interact with cognitive neurosciences. The main aim of the group is to identify deficits in existing concepts of the human mind and further develop these concepts such as to give more attention to more recent developments in cognition sciences that are not yet adequately reflected in philosophical theory formation.
Mineral-Bonded Composites for Enhanced Structural Impact Safety
Technical University of Dresden, Spokesperson: Professor Dr Ing Viktor Mechtcherine
Short-term dynamic loads such as impacts, detonations or earthquakes can cause structures to collapse. The aim of the Research Training Group “Mineral-Bonded Composites for Enhanced Structural Impact Safety” is to make existing buildings and structures more resilient through the addition of thin-layer reinforcements. With the help of new mineral-bonded materials known as composites, the researchers aim to improve the safety of people and the infrastructure essential to their lives.
Immunological and Cellular Strategies in Metabolic Disease
Technical University of Dresden, Spokesperson: Professor Dr Stefan Bornstein, Cooperation partner: King’s College London
According to the World Health Organization, more than 422 million people worldwide suffer from diabetes, with approximately 3.7 million mortalities per year. In Germany, experts estimate the number of sufferers at 8 to 10 million. The German-British Research Training Group “Immunological and Cellular Strategies in Metabolic Disease (ICSMD)” aims to achieve a better understanding of the pathophysiology of type 1 and type 2 diabetes and develop strategies to halt the progress of the disease or even discover a cure.
Resonant Self-World Relations in Ancient and Modern Socio-Religious Practices
University of Erfurt, Spokesperson: Professor Dr. Jörg Rüpke, Cooperation partner: University of Graz
The German-Austrian Research Training Group “Resonant Self-World Relations in Ancient and Modern Socio-Religious Practices” will investigate ritual practices which generate, determine or express meaningful relations between people and the world – to other people, things, nature, self, heaven and God or the gods. The nature of these world relations, in turn, says much about a given culture and the social or gender positions which characterise it. The establishment of the group has been approved by the DFG’s Grants Committee on Research Training Groups. The Austrian Science Fund (FWF) will reach a decision on co-funding at its next meeting.
Configurations of Cinema
Goethe University of Frankfurt am Main, Spokesperson: Professor Dr Vinzenz Hediger
The Research Training Group “Configurations of Cinema” understands film as a medium in constant transformation. In three working areas, ‘formations’, ‘usages’ and ‘localisations’, the group intends to analyse the genealogy and transformation of a wide variety of configurations of film, also in regard to the shift from cinemas to portable digital devices. The researchers will thus explore new modes of writing the history of a medium that is subject to constant change and examine film’s defining features.
Authority and Trust in American Culture, Society, History and Politics
University of Heidelberg, Spokesperson: Professor Dr Manfred Berg
How are authority and trust formed in US politics? How does this happen in American society, in religion and culture? The Research Training Group “Authority and Trust in American Culture, Society, History and Politics” intends to answer these questions. The chosen object of analysis is the USA because, due to its early democratization, egalitarian-libertarian political culture, ethnocultural heterogeneity and international hegemony, the country offers particularly fundamental insights into the problems of authority and trust in the modern age.
Tip- and Laser-Based 3D-Nanofabrication in Extended Macroscopic Working Areas
Technical University of Ilmenau, Spokesperson: Professor Dr-Ing. Eberhard Manske
The Research Training Group “Tip- and Laser-Based 3D-Nanofabrication in Extended Macroscopic Working Areas” will develop manufacturing methods for two-dimensional and three-dimensional structures on a nanometre scale using tip-based and laser-based techniques. The research work will primarily be based on nanopositioning and nanomeasuring machines, allowing structuring and measuring to take place on the same machine. With the aid of this equipment the researchers intend to give particular attention to larger and uneven surfaces, such as optical lenses.
Simulation Mechano-Electro-Thermal Processes in Lithium-Ion Batteries
Karlsruhe Institute of Technology (KIT), Spokesperson: Professor Dr-Ing. Thomas Wetzel
Batteries are seen as key components of future technologies such as electric vehicles and energy supplies. The Research Training Group “SIMET – Simulation Mechano-Electro-Thermal Processes in Lithium-Ion Batteries” will work on numerical simulation methods for lithium-ion batteries. The researchers will address the problem in a multi-scale approach in several different orders of magnitude. As well as individual particles, they will simulate the electrode pair and the complete cell.
Thin Film Functional Materials for Minimally Invasive Therapy of Brain Diseases
University of Kiel, Spokesperson: Professor Dr Christine Selhuber-Unkel
Patients with chronic diseases of the brain are normally treated with medication, but this is frequently associated with side effects. Neuroimplants, on the other hand, allow localised therapy, but must satisfy many requirements. The Research Training Group “Materials for Brain (M4B): Thin Film Functional Materials for Minimally Invasive Therapy of Brain Diseases” intends to study the use of nanoscale, therapeutically active coatings for implants of this type. Its aim is to achieve the controlled release of substances into the brain by means of the coating.
Responses to Biotic and Abiotic Changes, Resilience and Reversibility of Lake Ecosystems
University of Constance, Spokesperson: Professor Dr Frank Peeters
We do not know enough about the reaction of lake ecosystems to environmental changes to be able to predict reliably whether they actually return to their original state following renaturation measures. Taking the example of Lake Constance, the Research Training Group “R3 – Responses to Biotic and Abiotic Changes, Resilience and Reversibility of Lake Ecosystems” aims to better understand the reactions of lake ecosystems to environmental changes, their resilience – the resistance of an ecosystem to disturbances – and their reversibility, in other words the ability to return to an original state following disturbance.
Mathematical Complexity Reduction
University of Magdeburg, Spokesperson: Professor Dr Sebastian Sager
For many mathematical questions, approximation and dimension reduction are the most important tools for achieving simplified representation and therefore saving computing time. The Research Training Group “Mathematical Complexity Reduction (CoRe)” will approach complexity reduction in a more general sense and will also investigate when problems can be made easier to solve through embedding in higher dimensional spaces (‘liftings’). The group also intends to systematically examine the influence of the costs of data collection.
Advanced Optimization in a Networked Economy
Technical University of Munich, Spokesperson: Professor Dr Stefan Minner
One of the basic requirements for the economic success of a business is the efficient use of resources. In an increasingly networked world, several decision-makers are often involved in resource management and the amount of data available is growing. The Research Training Group “Advanced Optimization in a Networked Economy (AdONE)”, based in the fields of operations research and management science, aims to develop models and processes and transfer these into software solutions designed to enable efficient use of resources through intelligent planning and control.
Evolutionary Processes in Adaptation and Disease
University of Münster, Spokesperson: Professor Dr Joachim Kurtz
Rapidly increasing antibiotic resistance and the growth of so-called lifestyle diseases confront humanity with enormous challenges. In the Research Training Group “Evolutionary Processes in Adaptation and Disease (RTG EvoPAD)”, doctoral researchers in biology, medicine and the philosophy of science will therefore investigate adaptations and diseases by drawing on modern evolutionary research and approaches in the philosophy of science, in order to better understand them.
University of Regensburg, Spokesperson: Professor Dr Jörg Oberste
The development of metropolises prior to the age of industrialisation and globalisation has not, so far, been the subject of sufficient research. The “Pre-Modern Metropolitanism” Research Training Group intends to close this gap by investigating the establishment, impact and evolution of major urban centres from Ancient Greece and Rome to the dawn of the industrial age.
Soft Tissue Robotics – Simulation-Driven Concepts and Design for Control and Automation for Robotic Devices Interacting with Soft Tissues
University of Stuttgart, Spokesperson: Professor Oliver Röhrle, PhD, Cooperation partner: University of Auckland
Until now there have been few if any approaches to the improvement of robots that work with easily modifiable materials or handle soft tissue. In a German-New Zealand Research Training Group, doctoral researchers will investigate “Soft Tissue Robotics – Simulation-Driven Concepts and Design for Control and Automation for Robotic Devices Interacting with Soft Tissues”. The aim is to further develop simulation techniques and sensors in order to enable new regulation and control technology for robots that interact with soft materials.
Heterogeneity and Evolution in Solid Tumors (HEIST): Molecular Characterization and Therapeutic Consequences
University of Ulm, Spokesperson: Professor Dr Thomas Seufferlein
For many tumours there are no means of prevention, which is why they are usually diagnosed in advanced stages. It is also difficult to develop efficient therapies for tumours because there are genomic differences not only between different tumours (intertumoral) but also within a single tumour (intratumoral), which contributes to therapy resistance. The Research Training Group “Heterogeneity and Evolution in Solid Tumors (HEIST): Molecular Characterization and Therapeutic Consequences” aims to understand intra- and intertumoral heterogeneity, the evolutionary history of a tumour and the genes responsible for it in order to improve the treatment of tumours even in advanced stages.
Understanding Ubiquitylation: From Molecular Mechanisms To Disease
University of Würzburg, Spokesperson: Professor Dr Alexander Buchberger
Aberrations in what is known as the ubiquitin system in the body contribute to the development of a wide range of diseases such as cancer, neurodegenerative diseases and infectious diseases. The aim of the Research Training Group “Understanding Ubiquitylation: From Molecular Mechanisms To Disease” is therefore to understand the biochemical and pathogenic mechanisms which underlie diseases associated with the ubiquitin system.