The second management meeting of the NMW Interreg project MATMED took place at CeNTech (June 17/18 2019). Dr. Holger Winter (CeNTech) and Monique Bruns from the network Gesundheitswirtschaft Münsterland e.V. welcomed representatives from England, Belgium, Spain, ...
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Advanced materials may have a significant impact on the development of new innovative products within the medical sector, but the commercialization of these materials faces many challenges. The project MATMED is going to address these issues across the 8 regions ...
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On the occasion of the 50th Supervisory Board meeting, Dr. Thomas Robbers, CEO of CeNTech GmbH, recognized the CeNTech as an outstanding research facility of Münster’s science park. It is the merit of many contributors that CeNTech, which was set up as a cooperation ...
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CeNTech scientists headed by Dr. Saeed Amirjalayer and Prof. Harald Fuchs have succeeded in identifying a new reaction mechanism in which cellulose – being the largest fraction of the natural carbon storage in biomass – can be converted highly efficiently ...
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Advanced materials may have a significant impact on the development of new innovative products within the medical sector, but the commercialization of these materials faces many challenges. The project MATMED is going to address these issues across the 8 regions ...
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CeNTech researchers of the group of Prof. Harald Fuchs in collaboration with their Chinese partners (TRR61 project) developed a novel concept for molecular phototransistors with unprecedentedly efficiency. The efficient conversion of light into an electrical signal ...
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EVORION Biotechnologies GmbH located at CeNTech received a 2 million grant from the Federal Ministry of Education and Research (BMBF). EVORION develops high-performance cell culture and analysis systems for the precise characterization of cells and tissues ...
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CeNTech scientists develop a method to visualize interactions between molecules with exceptional resolution in real-space. The method is based on low-temperature atomic force microscopy (AFM) and uses a copper-based probe tip, which is terminated by a single oxygen ...
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