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Field
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of mineralogical characterization of materials (pictorial and others) to the understanding of rock surfaces. The use of hyperspectral imaging, which is non-invasive and non-destructive, is central to current
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violation (if it is non-zero), improving the accuracy of oscillation parameters, and testing the three-flavor paradigm. To do this, the world's most intense neutrino beam is being built at FNAL (Fermilab
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. State-of-the-art core facilities (imaging, histology, cytometry, cell culture, etc.) are available onsite. The successful candidate will work on the EPIMAST project funded by the University of Reims
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investigations. At the subcellular scale, laser scanning confocal fluorescence microscopy (CLSM) and spectral fluorescence lifetime imaging microscopy (spectral FLIM) will enable spatial mapping
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University. This doctoral project is funded by the ANR project Hotspot 2025, which is a collaborative project between two research teams working in biomedical photoacoustic imaging (Team: Medicine and
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an audio narrative involves more than simply verbally reproducing textual information and describing the associated images; it requires constructing an auditory narrative from a multimedia object. It is
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conjunction with imaging techniques (TEM, SEM, and AFM). This research project falls within CERMAV's key research areas and is being carried out within the “Self-assembly and Physicochemistry of Glycopolymers
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special effect applied to the transformation of photographic and cinematographic images in order to create animation. In material and system engineering, the controlled programming of material shapes, both
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hours post-trauma, cochleae will be analyzed using super-resolution imaging techniques (available at the Institut de l’Audition) capable of resolving structures as small as 50 nm. This will allow us to
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of their respective concentrations will be investigated and correlated with the velocity field recorded by PIV (Particle Image Velocimetry). In parallel with the use of standard post-processing methods, an innovative