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those emerging from antiferromagnetic thin films. Our instrumentation integrates magnetic force microscopy (MFM) with complementary techniques such as atomic force microscopy (AFM), Kelvin probe force
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Raman microscopy, this work will enable “greyscale” detection of molecular-level forces and provide new insight into early-stage damage processes in polymers. The research will focus on the synthesis
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shape a new research group. Experience in 3D cell culture, microscopy techniques (e.g., fluorescence and confocal microscopy), as well as organoid-based disease modeling is an advantage. An interest
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approaches to produce natural product derivatives as potential lead compounds, which will be assessed in terms of bioactivities such as antibiotic and anticancer properties. Insights regarding the complex
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includes multiple labs at ETH Zurich and research partners at Inspire AG, as well as industrialization partners. The main focus of this position will be to develop materials and methods for directly
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fundamental projects funded by InnoSuisse and the Swiss National Science Foundation on simulations of precursor transport, heat distribution, the nucleation, and growth of thin films in atomic layer deposition
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fellow with a strong background in reproductive biology and in vitro models, who is motivated to help build and shape a new research group. Experience in 3D cell culture, microscopy techniques (e.g
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. Wenchao Xu , the EQE group develops programmable quantum systems based on neutral atoms and Rydberg interactions to advance both fundamental quantum science and next-generation quantum technologies. Our
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(100%) for up to 3 years Environment: A collaborative, international team at ETH Zurich's Basel campus with access to state-of-the-art HD-MEA technology and microscopy facilities Collaboration: Close
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project aimed at advancing our single-cell ribosome profiling technologies in cancer. For further information about the lab, please visit https://www.sendoellab.org/. The Institute for Regenerative Medicine