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Project description: Flexible electronics has witnessed exciting progress in academia over the past decade due to advantages in manufacturing cost, large area fabrication, weight reduction, shape
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Description The person recruited will be responsible for the development of a computer system that combines deep learning, natural language processing, and psychology of language. - Develop, manage and
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physicsYears of Research Experience1 - 4 Additional Information Eligibility criteria The candidate should have the ability to work in a multi-disciplinary environment (e.g. thin films synthesis, cristallo
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Post-Doc- Combinatorial deposition of functional thin films by Spatial Atomic Layer Deposition (M/F)
microscopy, electron microscopy (SEM, TEM) and in situ Raman spectroscopy will be routinely used and will be combined with the developed in situ measurements. For this the postdoc will mainly in charge of
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of the combined experimental/theoretical international ANR project PuMMAVi (Pumping, Measuring and Modeling Atomic Vibrations in the Electron Microscope) in collaboration with the Humboldt Universität
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accessible [1]. Treatment planning is routinely performed on CT imaging since accurate dose calculation requires the conversion of Hounsfield unit values (HU) of the CT to relative electron density (ED
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integrating helical fragments. The combination of strong chiroptical properties (circular dichroism, rotational power) with more exotic properties such as the emission of circularly polarized light, should give
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the field of mechanical engineering, electronics engineering and computer science. Thanks to this support the group manages the detection system of the Virgo experiment i.e. all the optics, detectors and
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PhD in Materials Science (or Solid State Chemistry/Physics). He/she must have motivation and interest in several areas, including theoretical methods such as programming, electronic structure
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Hilbert space for encoding neurons and the ability to learn parametric pump amplitudes as parameters within a neural network framework. Our ongoing investigations focus on exploring sources of neural