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Quantum Materials group at IMDEA Nanoscience , Madrid is pleased to offer a fully funded 4 year PhD position examining the nanoscale structure and dynamics in quantum materials and neuromorphic devices
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are: To enhance the genomic sequencing by NGS of viruses detected at different settings. To characterise host molecular profiles with integrated omics. To discover and validate biomarkers related to severe clinical
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. Research Environment: World-class research infrastructure including: State-of-the-art facilities, Ample research funding, Cutting-edge instrumentation,Dynamic and collaborative working culture. Application
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anatomy and electrophysiology. These models will be used to reconstruct the arrhythmia substrate, simulate treatment strategies and support clinical decisionmaking. The project will also investigate how
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characterization methods - Attosecond/X-ray beamlines, high vacuum systems, cryogenics, compressed gas handling - Quantum materials/ultrafast dynamics of materials - Laboratory control coding (python preferred
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bioGUNE researchers explores the interface between Chemistry, Structural, Molecular and Cell Biology, with the aim of developing a more Precise Medicine for the future. CIC bioGUNE is an Endorsing
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: Biochemistry Microbiome ecology Metabolic modelling Python and/or R Microbiome bioinformatics Longitudinal or temporal data analysis Microbial ecology and community dynamics This profile would suit someone with
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within a dynamic research institution (CIC bioGUNE) and in collaboration with internationally recognized partner • An exciting international environment The deadline for submission of applications is
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: Star formation with a multiwavelength approach, covering from radio to high energy spectral range (contacts: Gemma Busquet, Núria Miret, Josep Maria Masqué) MHD simulation of star formation (contacts
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, while working within a dynamic and international research environment. Where to apply E-mail [email protected] Requirements Research FieldChemistry » Analytical chemistryEducation LevelPhD