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Visitors from Germany
Omid Nouripour, Chairman German Green Party
On September 12, Omid Nouripour, Chairman from the German Green Party (BÜNDNIS 90/DIE GRÜNEN) met Jan Lüdert at the DWIH office in New York.
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Research at University of Cologne
No More Binge Eating: Signal Pathway in the Brain That Controls Food Intake Discovered
The brain controls our body’s lysophospholipids, which in turn control a programme that activates nutritional intake / specific inhibitors of lipid synthesis could serve as new obesity therapies / publication in ‘Nature Metabolism’. Signal Pathway in the Brain That Controls Food Intake Discovered by Group of Researchers Led by Professors from the University of Cologne, University of Münster and Yale School of Medicine.
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DWIH New York meets
Transatlantic Ruhr Fellowship 2022
On August 10, our Head of Programs Jan Lüdert had the opportunity to present the Center’s work to the Transatlantic Ruhr Fellows Cohort of 2022 from the University Alliance Ruhr, one of the main supporters of the DWIH New York.
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News from Heidelberg University
Heidelberg Alumni U.S. to meet in person for the first time since 2019
Heidelberg Alumni U.S. (HAUS) cordially invites all former students, exchange students, graduates, researchers, professors, and other friends of Universität Heidelberg to participate in the HAUS 14th National Meeting September 30 – October 2, 2022 in Denver, Colorado!
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Prof. de Meaux and Prof. von Korff Schmising
University of Cologne Wins Funding for a New Collaborative Research Centre in Plant Sciences
Around 10 million euros over four years for research into the genetic foundations and key mechanisms with which plants adapt to changes in their environment.
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News from UAS7
Upcoming Study and Internship Opportunities for Undergraduates at German Universities of Applied Sciences
UAS7 – a network of seven German universities of applied sciences – invites applications from Bachelor students across the United States and Canada to spend a semester abroad or 3-6 months for a lab internship in Germany. Application Deadline: October 1, 2022.
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Research at UA Ruhr
Magnetic and Optical Properties of a Two-dimensional Crystal Now under Control
Scientists are working to control materials precisely and down to the atomic level and to combine them with each other. The objective is to produce new hybrid structures that are multifunctional and suitable for use in both optoelectronics and magnetism, for example. An international team of researchers from Sheffield, Clermont-Ferrand, Tokyo and Dortmund has now succeeded in creating such a system, which opens up completely new possibilities, above all for optically controlled magnetism. Their findings were published recently in the renowned journal Nature Photonics.
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