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droplets and produce polar stratospheric clouds. Model the impacts of Al-containing particles on stratospheric ozone by activating the HCl reservoir and changing the frequency of PSC formation. Simulate with
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link to other IRPs from different DCs for: Coordinated experiments, model updates and future scenarios Coordinated lab alumina experiments Global modeling data as input for LCA Where to apply E-mail
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, and Monte Carlo simulations. Additionally, participation in the phenomenological activities in collaboration with LHC experimentalists is anticipated. Where to apply E-mail jobs@ifj.edu.pl Requirements
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modeling - experience in QCD phenomenology - experience in perturbative calculations Specific Requirements Applications: Candidates are asked to send their applications within January 16th, 2026 with
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models Common work on definition of low-fidelity models, modelling for re-entry and on recovery strategies Data input for LCA model Where to apply E-mail slice@tu-dresden.de Requirements Research
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: MSc or equivalent in the field of aerospace engineering or similar Solid knowledge of Computer Science and Informatics (simulation, optimisation and modelling tools; surrogate modelling, statistics and
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-fidelity management within a multi-objective constrained closed system design optimisation can allow a highly complex system and environment to be more accurately modelled and simulated, accounting
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taxonomy of future launchers, and creation of a structured database Modelling and simulation of the most promising rocket engine architectures from a thermodynamic standpoint Numerical and experimental
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target investigations in biliary atresia. We are looking for a person with a relevant degree (MD, MSc. etc.) Research environment The PhD project will be based at the Department of Inflammation, Institute
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apply ultra-fast machine-learning interatomic potentials (UFPs, Xie et al., npj Comput. Mater., 2023, 10.1038/s41524-023-01092-7 ) for long, multi-million-atom molecular dynamics (MD) simulations