35 advance-soil-structure-modelling PhD positions at Chalmers University of Technology
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be situated, has its research activities organized through four major research groups: Mechanical systems, Structural dynamics, Wave propagation and Railway mechanics. You will be joining an emerging
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to explore its applications in energy, quantum technology, and healthcare? Join our team at the Division of Nano- and Biophysics , where we develop advanced electron microscopy techniques to study materials
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striving towards a sustainable future. The project is connected to the national BASE centre and the COMPEL initiative. About the research project This project advances the environmental assessment of next
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Advance Fall Risk Prediction and Rehabilitation with Biomedical Radar! Are you passionate about research that makes a real difference in people’s lives and society? Do you thrive on solving real
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major research groups: Mechanical systems, Structural dynamics, Wave propagation and Railway mechanics. You will be joining an emerging research lab led by Dr. Shivesh Kumar and will have the opportunity
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oscillation experiments provide key insights into the Standard Model. The success of these experiments rely on accurate theoretical models of neutrino interactions with nuclei—the building blocks
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models and improve their predictive capabilities for nuclear properties. This position offers a unique opportunity to contribute to fundamental science and advance our understanding of strongly interacting
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complex architecture spans multiple length scales, requiring a comprehensive approach to understand the relationships between structure, composition, and mechanical properties, all of which are essential
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simulations with advanced fluid modeling, the project will enhance our understanding of extreme particle energization events that impact infrastructure in the near-Earth space environment and on Earth. Who we
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superconducting circuits. This project focuses on modeling the quantum dynamics of these circuits at the Hamiltonian level and optimizing their control. You will develop theoretical models and optimization