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Your Job: Neural interfaces are electronic devices designed to interact with the nervous system, capturing and controlling neural activity to map neural networks, understanding the mechanisms behind
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analysis and visualization Numerical modeling and programming for model optimization & machine-learning What you bring to the table You are studying Simulation Sciences, Mechanical Engineering, Computational
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Description of the offer : Participation in the DFG-funded project “Light- versus electron-induced spin-state switching of complexes on insulating layers” within the Priority Programme SPP 2491
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conjunction with a robotics demonstrator (simulation or real environment) What you bring to the table Studies in mechanical engineering, mechatronics, robotics, electrical engineering, computer science, or a
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mechanisms such as language and memory. We employ an interdisciplinary approach combining elements of cognitive psychology (e.g., behavioral measurements), neuroscience (especially neuroimaging: fMRI / EEG
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wind propulsion systems for the shipping industry. For realistic tests, we couple wind turbine real-time models to the devices under test (DUT) using signal-based and mechanical hardware-in-the-loop
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mechanical engineering, aerospace engineering, physics or a comparable subject area Basic knowledge of machining, force modeling, and technical mechanics is an advantage Ideally initial experience with CAM
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to the table You are studying Physics, Mechanical Engineering, Medical Technology, or a comparable technical-scientific degree program You can impress with basic knowledge of optics and laser physics Your
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) biochemical preparation of motors proteins, (ii) setup of in vitro motility assays, (iii) development of strategies to mechanically couple molecular motors, (iv) dynamic acquisition of motor-driven cargo
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macromolecular dynamics with statistical mechanics, molecular simulation at different resolutions, machine learning, and experimental data. Our group works on the definition and implementation of strategies