20 experimental-fluid-mechanics Postdoctoral positions at Chalmers University of Technology
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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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, particularly head/skull injury mechanics or impact biomechanics Knowledge of material characterization techniques and experimental mechanics Familiarity with optimization algorithms and design of experiments
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entities Preferred qualifications Experience in biomechanics, particularly head/skull injury mechanics or impact biomechanics Knowledge of material characterization techniques and experimental mechanics
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fluid dynamics and vascular modeling in microenvironments Skills in data analysis and image processing (e.g., Python, R, ImageJ) Ability to mentor junior researchers and contribute to team leadership What
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11 Sep 2025 Job Information Organisation/Company Chalmers University of Technology Research Field Physics » Other Physics » Quantum mechanics Researcher Profile Recognised Researcher (R2) Country
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for material structuring – We investigate nanostructured soft materials using graphene and other high aspect ratio fillers to enhance antibacterial, electrical, thermal, mechanical, gas-barrier, and hierarchical
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reacting flows. A novel aspect of the project is the use of highly perturbed laminar flame simulations to inform CFD modelling of turbulent combustion in lean hydrogen-air mixtures. Experimental work will be
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optics, and quantum thermodynamics, and is highly relevant for emerging quantum technologies. As a postdoc, you will collaborate with a network of theoretical and experimental physicists at Chalmers and
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experimental demonstrations and proof-of-concept systems Familiarity with edge-cloud environments and virtualization/containerization platforms (e.g., Kubernetes, OpenStack) Ability and motivation to carry out
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. The postdoc will systematically model adversarial capabilities, develop proactive mitigation strategies, and evaluate their effectiveness in large-scale experimental settings. Who we are looking