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application! Work assignments You will conduct biophysical studies of ion channel regulation and evolution. Specifically, you will use electrophysiological and bioinformatic tools to study the evolution
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develop composite materials, design concepts and devices for soft and deformable electronic systems. Areas of special interest are bioelectronics and neural interfaces, stretchable (semi)conductors, energy
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Exciting postdoc opportunity for an organic chemist! Want to use your synthesis skills to help in the development of renewable energy technologies? We are seeking a motivated and creative
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for energy and catalytic applications. The Materials Design division is currently active in the design and development of new 2D materials. This is achieved through a combination of theoretical simulations
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predictive control under uncertainty for autonomous systems. The research aims to develop improved numerical methods for solving challenging belief-space motion planning problems, where the uncertainty in
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developing and applying new optical spectroscopy techniques that use ultrafast (<10 fs) pulses of light and mid-infrared spectroscopy to understand how vibrational modes mediate a range of fundamental
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an international team led by Professor Klas Tybrandt and is part of the Laboratory of Organic Electronics (LOE). We develop composite materials, design concepts and devices for soft and deformable
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PyTorch, along with a solid understanding of modern neural network architectures and techniques. You are experienced in conducting independent research and highly motivated to develop methodologies
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well as the development of methods for responsible use of AI. Work assignments The postdoctoral researcher will be part of a Swedish Energy Agency funded project concerned with exploring the use of synthetic data created
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intended support design decisions related to manufacturing and process parameter selections; known to influence the material microstructure. Duties: The post doc will develop and apply computational methods