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form an important foundation for future cell-based therapies in patients with FVII deficiency. The research fellow is expected to contribute actively to experimental design, execution and troubleshooting
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. The project will examine printing direction, post-curing, anisotropy, and layer-related defects in additively manufactured crowns. The project uses a staged design: protocol development and comparative wear
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. Relevant projects may make use of large-scale survey data, administrative or register-based data, repeated cross-sectional or longitudinal designs, evaluation studies, or combinations of these. Applicants
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using existing data. The successful candidate will contribute to this work by developing and validating the assessment tools, collecting and analyzing data, contributing to the design of new studies
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. The project will examine printing direction, post-curing, anisotropy, and layer-related defects in additively manufactured crowns. The project uses a staged design: protocol development and comparative wear
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projects may make use of large-scale survey data, administrative or register-based data, repeated cross-sectional or longitudinal designs, evaluation studies, or combinations of these. Applicants should
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using existing data. The successful candidate will contribute to this work by developing and validating the assessment tools, collecting and analyzing data, contributing to the design of new studies
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trajectory, the PhD fellow will be required to develop a career and competence development plan in dialogue with the supervisory team early in the appointment period. The successful candidate will receive
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): Develop ML-assisted Hamiltonian discovery/engineering methods for multimode bosonic and hybrid quantum systems (including open-system and non-Hermitian effects). Design noise-resilient control and
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): Develop ML-assisted Hamiltonian discovery/engineering methods for multimode bosonic and hybrid quantum systems (including open-system and non-Hermitian effects). Design noise-resilient control and