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(micro)-mechanical computing elements that use energy from ambient vibrations – without the need for power wires or batteries. These elements will rely on geometric nonlinearities to perform complex tasks
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competence.QualificationsApplicants should hold an excellent degree (MA/MSc/Diploma) in the areas of knowledge related to Computational Social Science, Complexity Science, Computer Science, or Economics. Experience in one or more of
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affect the efficiency and (ii) can transmission reduction be achieved by aperiodic structures. To do this You create large-scale finite element models of complex dynamic structures and analyse
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of materials of civil engineering interest (granular geomaterials, structural materials) arising from complex microstructural mechanisms involving inelasticity and friction, as well as potential multiphysics
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challenge due to the complex and dense bubble cloud physics and prohibitive spatio-temporal resolutions needed due to the ultrafast dynamics spanning orders of magnitude in scale down to the micro level. This
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properties is at the heart of many current scientific endeavors, both experimental and theoretical. The interesting macroscopic physics of these materials arises from complex interactions between microscopic
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Advanced manufacturing is central to sustainable automation with high-impact opportunities in both research and society. It involves complex physical and chemical processes that need to be executed with high
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from complex interactions between microscopic degrees of freedom, which are challenging to identify and to decouple. One approach that has proven successful in decoupling the effect of different degrees