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. The successful candidate will be joining the Atomic Quantum Optics group led by Prof. Dr. Morgan Mitchell, in an experiment on the interaction of single photons and entangled photon pairs with individual trapped
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, taking into account that socially interacting hosts can exchange gut microbes (horizontal transmission), and evaluating the effect of these factors on emergent phenotypes (gut metabolome and host behaviour
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at least two independent computational methods (e.g. electronic ground-state and excited-state approaches, molecular dynamics and electronic structure, structural and spectroscopic properties ...). Main
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, deployment, and commissioning of free-space optical links in the metropolitan area of Barcelona. These links will serve as test platforms for various quantum communication devices in ground-to-ground scenarios
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, and structural complexity. A comprehensive array of characterization methods is used to elucidate fundamental nanoscale properties and understand the physicochemical transformations
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are interested in exploring a particularly intriguing one: the SU(N) Fermi-Hubbard model. It describes fermions of spin N and SU(N)-symmetric interactions, for which intricate magnetic orders and exotic spin
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precision by chemical and structural manipulation, nanostructuring and interfacing materials that are identified as strategic in the roadmap for new technologies (hybrid metal-organic heterostructures
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at least one of the group’s active research areas, which focus on the interaction of electromagnetic fields with matter, ranging from single atoms to mesoscopic solid-state objects (e.g., dielectric nano
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technological impact in various systems, extending the study to more complex geometries such as 2D structures and highly multi-modal non-Hermitian devices. Recent studies have demonstrated that a system composed
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structures to enhance the PV parameters such as open circuit voltage and short circuit current of thin film solar cells based on organic and/or perovskite materials. It is expected that the properties