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Interaction & Climate Impact and System Analysis & Design. This will generate actionable insights, on which SLICE will develop solutions to reduce greenhouse gas emissions, accelerate the delivery of the Green
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highly multidisciplinary approach, using state-of-the-art strategies and technology such as hiPSC stem cells, biomaterials or additive manufacturing (3D printing and bioprinting). Our aim is to generate
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refined to measure thermal conductivity in ultrathin layers with unprecedented sensitivity. In parallel, the project will investigate light–matter interactions in these systems, aiming to uncover
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. Electrodeposition mechanisms are rather complex, and the effect of each process parameter on the final composition depends on how it interacts with the others. This interdependence highlights the need for design
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to hard problems in the field of computer vision. The PhD student will develop a review of the state of the art, an in-depth investigation of the current use of quantum computers applied to machine learning