Our research is driven by a central motivation to explore the dynamic processes within chemistry, particularly focusing on mechanical transformations. We are dedicated to designing and synthesizing active and dynamic molecular materials, encompassing a diverse array of investigations.
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This includes examining chemical reactions using cutting-edge real-time-real-space methodologies such as operando and in situ transmission electron microscopy, as well as exploring stimuli-induced structural changes in molecules through in situ spectroscopic techniques.
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Ultimately, our research aims to contribute to the development of soft nanomachineries, robotics, and innovative approaches to precise nanofabrication techniques with atomistic accuracy.
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While the educational background of Dominik Lungerich lies in organic chemistry, the groups research trajectory has evolved towards physical organic chemistry. We strategically focus on in situ electron microscopy and synthetic functional molecular systems, with a particular emphasis on e-beam chemistry and cinematic nanoscience, hybrid and soft nanomaterials, optoelectronics, and sustainable chemistry.
