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Explore a comprehensive seminar presentation by Christoph Lienau from Universität Oldenburg focusing on manipulating transport properties in nanosystems using light. Delve into cutting-edge research that challenges traditional approaches to improving transport properties through material design, instead examining how light can be utilized as a resource for altering nanoscale transport. Learn about the strong coupling of quantum emitters to light and its potential for directing optical and electronic transport properties in nanomaterials through all-optical means. Discover how advanced multidimensional electronic spectroscopy techniques provide unprecedented insights into quantum dynamics at room temperature, with specific emphasis on how strong coupling of excitons in J-aggregated organic semiconductors to surface plasmon polaritons enables coherent exciton transport over mesoscopic distances. Gain valuable knowledge about the latest developments in this field, supported by recent research publications and experimental findings that demonstrate the practical applications of these innovative concepts in nanoscale materials.
