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to the interior of the optical cavities in a flow-through manner. The similar length scales of optical and geometrical confinement enable integrating both within a single platform to thereby revolutionize active
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the brain regulates food intake. Our group integrates molecular pathways and neural circuits in mice with clinical trials in humans suffering from different types of disordered eating. As postdoctoral fellow
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We invite applications for several postdoctoral research positions in experimental quantum computing with superconducting circuits. You will work in the stimulating research environment
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a strong focus on the neural circuits underlying behavior and disease. Our division integrates molecular, cellular, and systems neuroscience approaches to investigate the pathophysiology of movement
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elements and microstructural characteristics. To study the impact of individual elements on fuel behavior, simplified fuel analogs, known as SIMFuels, are often employed. These analogs allow for detailed
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innovative studies in neurophysiology and neurodegenerative disorders. Our division leverages advanced molecular, cellular, and systems-level approaches to unravel the neural circuits underlying behavior and
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superior plant lines in terms of biomass and resilience to stress. In order to do so, we will use an optimized gene regulation circuit from the model plant Arabidopsis and transfer it to barley and wheat
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. The project is conducted in close collaboration with researchers in mathematics, ecology, and bioinformatics. The fellow will be offered affiliation and a workspace at IceLab – the Integrated Science Lab
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-, and fuel-related Risk Influence Factors (RIFs). Translate potential risk scenarios into Unity-based extended reality (XR) modules and embed proactive Risk Control Options (RCOs). Integrate developed
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Ecology, Resistance Biology and Integrated Plant Protection research, providing excellent opportunities for strong research collaboration within and outside the departmental area. Research efforts