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) Emory University (Atlanta, USA) Further analysis might be required, based on the development of research project. MAIN SUPERVISOR: Prof. Bart Vanrumste (e-mail: bart.vanrumste@kuleuven.be )Due to the high
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tunnelling spectroscopy. He/she will also be made familiar with nonlinear optical characterisation of the chiral surfaces, in particular by second harmonic generation. Through a secondment, he/she will be
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. Experimentally characterize leakage inductance and power losses in conventional magnetics using various core materials. 2. Investigate the impact of harmonic content introduced by WBG devices on magnetic
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, boosted by AI-data augmentation for extrapolating spectrum patterns from multiple sources. To design a scalable computing framework using a physics-informed neural network for distributed spectrum analysis
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for: - Animal handling including radiotherapy implementation and MR acquisitions - Implementation and optimisation of behavioural tests geared towards cognition - Processing and analysis of histology samples
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of working in a multidisciplinary, international consortium?Are you familiar with Python, MATLAB, or similar tools for data analysis and optimization?Are you eager to contribute to EU-wide goals on energy
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environment Bonus but not required Experience in single-cell and spatial omics data analysis Experience with highly multiplexed flow cytometry Background in immunology The opportunity to work on high-impact
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network analysis.•experience with historical and/or theological research.•willingness to engage with interdisciplinary approaches and theoretical frameworks.•work independently, possess organisational
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impedance analysis; optical and thermal measurement principles are also being considered. The results obtained with the sensor are compared with the results of analytical reference techniques such as
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precise gradients in mechanical forces, temperature, and biochemical cues within 2D and 3D culture conditions. Mechanics Analysis: Investigate the effects of these controlled environments on cellular