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Position: Bioprinting next generation functional tissues The field of tissue engineering and bioprinting is continually advancing to develop functional tissue models that more accurately mimic native tissue
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in liquid-like lasers (fast-gain devices with quasi-constant intensity) we can go further: resonant radio-frequency (RF) modulation transforms the spectrum into a synthetic frequency lattice, enabling
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concepts to connect detuned frequency ladders and induce phase locking across devices Studying the interplay of nonlinear dynamics, symmetry, and disorder in coupled comb arrays The first milestone is to
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expertise in thermodynamics, process design, energy system optimization, and life cycle assessment, working collaboratively with research and industry partners. You will work in an inspiring, collaborative
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contrast to classical systems, the quantum properties of matter provide extraordinary functionalities that can be harnessed for future applications. Quantum states arise at atomic length scales, where
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transfer. We use complementary approaches including cryo-EM, biophysical methods and in vivo functional assays to study the protein machineries involved in this process. Join our young, ambitious, and
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to further investigate the role of the atmosphere in the global biogeochemical cycle of Se. As selenium is chemically similar to the major nutrient sulfur (S), the project will also aim at sulfur and compare
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eager to work in an inter - and transdisciplinary setting. One PhD position will be focusing more on consumer choice and demand-driven food value-chains and policy aspects while the other PhD position is
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-series analysis, but candidates with a degree in sports and a strong computational leaning are welcome as well. We offer Your job with impact: Become part of ETH Zurich, which not only supports your
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will develop and apply advanced methodologies, including scenario analysis and the innovative use of satellite data, to model the exposure and vulnerability of companies to climate-related hazards (e.g