Generation of synchronous patterns in regular coupled networks of cells.
Motivation: Synchronization phenomena are ubiquitous in nature, and therefore also in such diverse fields as natural sciences, engineering, or sociology.
Read moreMotivation: Synchronization phenomena are ubiquitous in nature, and therefore also in such diverse fields as natural sciences, engineering, or sociology.
Read moreMotivation: Network drawing is concerned with the development of methods for automatically drawing graphs in order to highlight important features
Read moreBackground: The European Commission aims to reduce pollutant and noise emissions by 2050. Under this target, a reduction of NOx
Read moreDescription: For future research and teaching purposes in the field of flight dynamics, a flight drone built at the Institute
Read moreBackground and motivation Additive manufacturing offers great potential for the simple and direct production of complex and functional components from
Read moreDuring aircraft maintenance, components are visually inspected for defects. There is no photographic documentation of the defects. In the future,
Read moreStudy or Master’s thesis: Optical sensor systems offer the potential to continuously and automatically record assembly conditions and derive information,
Read moreThe design of a sustainable energy system for ships is gaining increasing importance and political relevance as the climate crisis
Read moreBetreuer/in: Stefan Gerlach Dekanat/Institut: E-1 – Institute of Medical Technology and Intelligent Systems E-Mail: stefan.gerlach@tuhh.de
Read moreBetreuer/in: Maximilian Neidhardt Dekanat/Institut: Institut für Intelligente und Medizintechnische Systeme E-Mail: Maximilian.Neidhardt@tuhh.de Background: Optical coherence
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