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Centre de Mise en Forme des Matériaux (CEMEF) | Sophia Antipolis, Provence Alpes Cote d Azur | France | 26 days ago
? No Offer Description Magnetic soft materials are capable of tether-free, instantaneous and “programmable” shape change in a magnetic field, which is promising for various biomedical and industrial
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the corona, for different accretion regimes and types of sources, to carry out specific studies for certain sources, and establish detection forecasts for future multi-messenger detectors. Highly magnetized
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Description of the offer : This PhD project supports the exploration of Vertical Compute’s vertical magnetic device concept. Thanks to the inherent high speed of magnetics and the vertical data
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for the project. In the frame of the ANTARES (Alkaline Niobate Thin film growth and transfer Assembling for the next generation micro-acoustic RESonating devices) ANR project, the IEMN is recruiting a PhD student
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physics, structured around three main axes: Novel electronic states of matter (correlated systems, unconventional superconductivity, magnetism, metal-insulator transitions, etc.) Reduced-dimensionality
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PhD student (M/F) in Polymer Chemistry: Synthesis of cross-linkable, degradable and recyclable latex
active substances. Job Benefits: • A doctoral project that strongly resonates with current societal concerns: facilitating the reuse or recycling of polymer materials. • A 3-month research internship
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Description of the offer : The main objective of this PhD thesis is to unravel the microscopic mechanisms by which the hydrogen affects the properties of intermetallic magnets. To achieve this goal
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zero net magnetization. The objective is to understand the interplay between magnetic and structural degrees of freedom gives that give rise to this novel phase, and to explore how the properties can be
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of front-end electronics and miniature RF antennas for chronic implantation. You will prototype and characterize the wireless link (power + sensing), design and optimize sensor-resonator coupling, and
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abrupt magnetic field deflections, called switchbacks (SBs), in the solar wind. Due to their ubiquity in the inner heliosphere and their relative near-absence near Earth orbit and beyond, SBs