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Vacancies PhD position on Neuromorphic Quantum-Inspired Optimisation and Simulation Key takeaways This position is part of the European EIC Pathfinder Open project Neuromorphic Quantum-Inspired
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Vacancies PhD position on Interaction Design of Simulation Games and Geospatial Digital Twins Key takeaways The Challenge This research focuses on the design and use of environmental decision
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to identify multiple diseases using one blood sample or medical image. These tests can find diseases early, before symptoms develop. However, they often produce false positives, indicating disease when none is
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of aircraft with fundamentally different operational characteristics. You will simulate mixed-fleet operations in European airspace and analyze how they will impact the future air traffic system, as
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to identify multiple diseases using one blood sample or medical image. These tests can find diseases early, before symptoms develop. However, they often produce false positives, indicating disease when none is
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social prestige - asking how varying participants’ social attributes and attitudes towards each other shape their linguistic preferences, their imitation strategies, and their transmission and diffusion
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on a mass spectrometer coupled to the FELIX laser. Along the way, you will develop and utilize a range of advanced skills, including imaging technologies design and simulation software, analytical and
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through European scale mapping of the spatial locations of restoration and rewilding; 3) simulating scenarios of potential nature restoration locations under alternative priorities and changing land use
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simulations that integrate physical and social drivers. Finally, you will evaluate financial and institutional support mechanisms and develop policy pathways to strengthen resilience to salinization. Your
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machine-learning algorithms, and with lightning-fast Maxwell solvers for scattering simulations. You will not only work on the 3-D models in theory; you will also be trained in operating advanced microscopy