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of electrical charges at extremely small scales. However, these processes occur in trillionths of a second, far too fast for current methods to capture. The ERC-funded UltraWave project aims to overcome
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Website https://emploi.cnrs.fr/Offres/CDD/UMR5277-SANCHU-090/Default.aspx Requirements Research FieldAstronomyEducation LevelPhD or equivalent LanguagesFRENCHLevelBasic Research FieldAstronomyYears
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for both projects. The work will take place at IRAP with Drs JF Donati and C Moutou, starting Q4 2026 (preferably) or Q1 2027. IRAP, PS2E stellar physics / exoplanet group Where to apply Website https
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) spectroscopy deals with chirality of the (emitting) excited state. In CPL, the electric field rotates constantly while lying on a plane perpendicular to its propagation direction, describing an either right
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surface based on elementary or unit cells incorporating active materials (electrically or optically), will require the development of technologies capable of replacing semiconductor components distributed
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Materials) group at IEMN will develop innovative bioelectronic platforms enabling the electrical interfacing and functional monitoring of neurocompetent intestinal tissues through advanced micro- and
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spectroscopy, the project seeks to access the complex charge susceptibility, collective excitations, and emergent many-body phenomena in programmable electronic systems. The long-term goal is to bridge
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fabrication of electrical circuits) and conceptual (designing experiments, and planning of future research strategies). In the lab, you will pursue the development of high-impedance and/or protected
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these heterostructures, the electronic properties are strongly affected by interactions at the interfaces between layers. Charge transfer between materials can modify the electronic density and create new electronic
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. The current state of the art [5] shows that there are efficient algorithms to factor the reduction L mod p ∈ 𝔽_p(x)[∂] of the operator L modulo p. A first task is to lift this algorithm into a p‑adic