26 parallel-computing-numerical-methods Postdoctoral research jobs at Chalmers University of Technology
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Shape the future of high-performance computing. The European DARE project is pioneering next-generation processing technologies, leveraging RISC-V and Vector architectures, and we're looking for two
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We invite applications for several postdoctoral research positions in experimental quantum computing with superconducting circuits. You will work in the stimulating research environment
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) Country Sweden Application Deadline 30 Dec 2025 - 22:00 (UTC) Type of Contract Temporary Job Status Full-time Is the job funded through the EU Research Framework Programme? Not funded by a EU programme
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Do you want to join us in pioneering innovative computational modelling techniques, to explore and enhance metabolic processes? Project Overview Metabolism is a fundamental hallmark of life, and
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” combines material modelling, computational mechanics and parameter identification. Join us in exploring this exciting field of research with opportunities for interdisciplinary collaboration with
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positive, open-minded, and collaborative team dedicated to advancing building physics research methods. Our goal is to develop resource-efficient buildings that offer excellent indoor environments and
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Chalmers University of Technology focused on the recycling of carbon fibre composites. The project aims to develop a novel method for recovering fibres using magnetic fields, with the goal of lowering
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, which specializes in climate dynamics, numerical modeling, greenhouse gas emissions, and data-fusion methods, including data assimilation. This position offers opportunities for collaboration with both
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the design and analysis of learning-enabled systems. At STAR, we tackle key questions like: - How can we build systems that are both intelligent and inherently trustworthy? - What methods ensure reliability
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in nanofluidic channels (the recruiting Langhammer group: Nat Methods 2022, 19 (6), 751-758; Nat Commun 2019, 10, 4426; ACS Nano 2023, 17, 21030-21043); self-assembly of optical microcavities (Shegai