Published on Thu, 11 Jan 2018
The nano-fabrication lab at the Columbia University
Two-dimensional materials have gained enormous attention in the last decade due to their potential in carrying forward the Moore’s Law. The group of Prof. James Hone at Columbia University in the City of New York is one of the leading research groups of the world in the area of 2D materials, publishing many high-impact scientific papers and patents every year.
Read more … INSPIRE Grant Report by PhD Student Himani Arora - Columbia University, New York, USA
Published on Tue, 09 Jan 2018
in PRESS RELEASES
Published by MAX PLANCK INSTITUTE FOR DYNAMICS UND SELF-ORGANIZATIONCo-published: TECHNISCHE UNIVERSITÄT DRESDEN / CFAED – CENTER FOR ADVANCING ELECTRONICS DRESDEN
Our daily life depends more than ever on a reliable electrical supply. However, the ongoing energy transition poses new challenges to the electrical power grid and its operators. For the integration of additional renewable generation into the power grid, it is often proposed to split the grid into smaller autonomous cells, also called “microgrids”. Thereby, a village with a combined heat and power unit and added wind and photovoltaic generators could operate mostly independently without drawing energy from the grid. But how does splitting a large grid into smaller cells and adding more renewable generators affect the reliability of the electrical supply? Benjamin Schäfer and Marc Timme, scientists at the Max Planck Institute for Dynamics and Self-Organization in Göttingen and the Center for Advancing Electronics Dresden (cfaed) at Technische Universität Dresden, Germany, analysed power grid frequency fluctuation in different regions in the world together with colleagues from the Forschungszentrum Jülich (Germany), Queen Mary University of London (Great Britain) and the University of Tokyo (Japan). They formulated mathematical models to predict the effect of power fluctuations on the grid frequency. The results are now published in the article „Non-Gaussian Power Grid Frequency Fluctuations Characterized by Lévy-stable Laws and Superstatistics“, at Nature Energy.
Read more … To Jump or not to Jump - Impact of Renewables and Trading on Power Grid Frequency fluctuations
Published on Tue, 02 Jan 2018
We are very pleased to welcome Dr. Selina Olthof as Visiting Professor to cfaed! Starting 1st of January 2018, she will join the research team of the Dresden Integrated Center for Applied Physics and Photonic Materials (IAPP) within the Eleonore Trefftz Programme for Visiting Women Professors.
Dr. Olthof will be integrated in the materials-inspired Paths of the Cluster, mainly Carbon and Organic/Polymer. Moreover, she will be involved in teaching and supervision activities. Her research interest is centered around novel semiconducting materials, based on organic molecules as well as hybrid perovskites.
Read more … Dr. Selina Olthof Visiting Professor at cfaed
Published on Fri, 22 Dec 2017
Published on Thu, 21 Dec 2017
As last year, cfaed Chair for Molecular Functional Materials Prof. Xinliang Feng has been recognized as a Highly Cited Researcher 2017 by the Thomson Reuters media corporation. Prof. Feng reached the title in two scientific areas: materials science and chemistry.
Read more … Prof. Feng Recognized as Highly Cited Researcher 2017
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