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Collaborative Research Centres

with DRESDEN-concept participation

Collaborative Research Centres are long-term university-based research institutions, established for up to 12 years, in which researchers work together within a multidisciplinary research programme.

They allow researchers to tackle innovative, challenging, complex and long-term research undertakings through the coordination and concentration of individuals and resources within the applicant universities. They therefore enable institutional priority area development and structural development. Cooperations with non-university research institutions are expressly encouraged.

Collaborative Research Centres consist of a large number of projects. The number and scope of these projects depend on the research programme. Individual projects are led by one researcher or jointly by several researchers.

Phenomena of vituperation and disparagement, of humiliation and derision not only have an astonishing occurrence in contemporary politics and society; from a cross-cultural, epoch-spanning perspective, they present themselves as fundamental operations of societal communication. As moments of social dis­rup­tion, stabilization, and mobilization, they harbor the potential to build communities and shape socie­ties; their work is simultaneously destructive and productive.

The joint research project introduces the concept ‘invectivity’ as an umbrella term for such phenomena. ‘Invectivity’ denotes those aspects of (verbal and nonverbal, oral and written, gestural and pictorial) com­munication that are capable of degrading, offending or excluding others.

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The Collaborative Research Center (SFB) 1143 “Correlated Magnetism: From Frustration to Topology” is devoted to basic research in condensed matter physics. The SFB comprises 21 scientific projects, with a total of 31 principal investigators from the fields of experimental physics, theoretical physics and inorganic chemistry. Altogether 130 scientists contribute to the research of the SFB.

 

Which cognitive mechanisms and neural systems underlie the ability to exert volitional control over one’s actions and emotions? How is volitional control modulated by emotions and stress? Why does volitional control break down in daily self-control failures as well as in mental disorders such as addiction?

These are some of the core questions that are investigated in the Collaborative Research Centre (CRC) 940 “Volition and Cognitive Control”.

Die Teilnehmer des SFB/TRR 205 sind renommierte, international beachtete Wissenschaftler und sie ergänzen sich komplementär in ihrer Expertise. Alle relevanten Disziplinen der Nebennierenforschung werden abgedeckt, darunter auch die neuronale, immunologische, und endokrine Regulation von der Grundlagenforschung über translationale bis hin zur klinischen Forschung.

The demographic trends in Germany and other industrialized nations result in a considerable increase in patients with bone defects and chronic wounds. This requires the development of novel functional biomaterials, which improve bone and skin regeneration in an aging, multimorbid population.  New knowledge about the role of the extracellular matrix (ECM) for the regeneration of tissues opens new opportunities for the design of innovative biomaterials. The structure and composition of ECM significantly influences cellular differentiation and function and the healing of tissues. The aim of the TRR 67 is to develop and investigate novel functional biomaterials based on artificial (a) ECM. Essential functional components of these materials are glycosaminoglycan derivatives and proteoglycan analogues in combination with structural proteins or synthetic carrier substances.

The Collaborative Research Centre (CRC) 1415 “Chemistry of Synthetic Two-Dimensional Materials” will aim at the controlled bottom-up synthesis and the development of novel classes of synthetic 2DMs with high structural definition. Moreover, the development of in-situ and ex-situ spectroscopic, microscopic and diffraction characterization methods plays a key role. The third focal point of the research initiative is to theoretically tackle the chemical and physical phenomena of 2DMs using advanced theoretical methods and models, and to predict the 2DM’s formation and their physical and chemical properties.