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Field
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cutting-edge research in free electron-driven EUV emission. The role will focus on simulations, design and performance of experiments pertaining to the use of nanophotonic structures to enhance
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of medicinal chemistry. The candidate will be responsible for designing, synthesizing, and optimizing molecules targeting GPCRs (cannabinoid receptors; allosteric and orthosteric) and ion channels (a4b2 nAChR
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at the forefront of plasma processing and surface engineering. Key Responsibilities: Lead the design, optimization, and scale-up of PVD and CVD plasma-based processes, with an emphasis on high-performance composite
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(PGR) collections lack systematic and thorough characterization. With the recent development of an alfalfa 3K DArT SNP panel, a standardized high-throughput technology has been optimized to overcome
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the small-scale effects on the material behavior of PNSEs, only molecular simulations can provide a systematic method to understand the relationship between the structure and function of the complex systems
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the award of one Research Grant within the scope of the project POOLWISE – 18327 – Salt Water Pool Optimization with Integrated Sustainable Elements, funded by COMPETE2030-FEDER-01456000, under the following
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with the provisions of Decree-Law no. 66/2018 of 16th August, and all formalities established therein must be complied with at the signature of Fellowship contract. Working plan: Optimization
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ability to participate in research communities across organisational units ability to work independently, in a structured and goal-oriented manner proficiency in Norwegian or another Scandinavian language
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structures, the development of effective architecture for machine learning classification of the structures, and reinforcement learning methods for optimizing the structures for particular applications
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will be used to validate candidate pathways and biomarkers. Key deliverables include: (i) optimized and benchmarked EV isolation or characterization pipelines; (ii) validated ToF-SIMS/MALDI analytical