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help to realize them experimentally on our quantum simulator. We are especially interested in simulating quantum many-body models relevant to materials science and condensed matter physics. We are also
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on the understanding of how the biophysical processes as droplets wet membrane compartments in cells. Numerical simulations and theoretical models will be developed of the viscous interfacial fluid flow at cellular
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quantum phenomena in strongly correlated systems; Analytic or numerical methods of quantum many-body systems and non-equilibrium systems; Quantum field theory; Modeling and calculation of solid-state
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other indicators such as awards or invitations to present at conferences. Expertise in analysing outputs from numerical models of the climate system, with advanced programming skills and experience in
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between ice and mantle dynamics. In DYNAMICE, we will implement a framework to infer anisotropic viscosity from both ice and mantle textures in a numerical flow model. This will open new avenues
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experimental investigations and modelling, with a view to guiding innovative applications of the plasma torch. The Person We are seeking a highly motivated and enthusiastic researcher with experience in
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. Along the way, you will engage in activities and research in several areas. Learning activities will focus on: The development and characterization of animal models and/or microphysiological systems
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, Asian and Minority Ethnic Groups. Role Summary The positions will initially focus on research into experimental and modelling techniques for increasing the resilience of atom interferometers
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countermeasures targeting hantaviruses. Currently we use Syrian hamsters as models of hantavirus pulmonary syndrome (HPS), a disease with a very high case-fatality rate in humans. Andes virus is the hantavirus
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, and numerical modeling of key air pollutants to address current challenges in air pollution mitigation. PM2.5 and O3 are among the most critical air pollutants affecting urban environments