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-participation in conferences The PhD work will be carried out within the ISMO (joint CNRS/University Paris Saclay unit) as part of an européen project. The laboratory has an on-site culture room and various
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funded by an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The PhD work will take place at the Laboratory for Coordination Chemistry (LCC), a
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on the evolution of the ecosystem of the lower Omo valley (Turkana Depression, southwestern Ethiopia). Alongside this main structure, this PhD work will be rooted by a network of international collaborations
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vibrations close to the seabed that may be harmful to, e.g., fishes and invertebrates, neglecting them may lead to biased noise estimation. Unlike previous works, the PhD work will account for seabed shear
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this objective, the sensor will be studied at different phases of its manufacturing in order to determine the contribution of each of the layers deposited. In this PhD work, you will be in charge of: - a
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of the PhD work, which will be realized in close collaboration with the experimental groups, notably the group in LIMMS/IIS Tokyo (Japan), where short visits may be planned during the course of the PhD
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ideal place for your PhD work. Our teams (1,000 people) are fully mobilised to develop the innovative solutions of tomorrow. Your role? to give birth to breakthrough innovations. Meet and join the 150 PhD
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of the PhD work, which will be realized in close collaboration with the experimental groups, notably the group in LIMMS/IIS Tokyo (Japan), where short visits may be planned during the course of the PhD
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L’Institut de Physique et Chimie des Matériaux de Strasbourg (IPCMS), UMR 7504 CNRS – Université de Strasbourg, | Strasbourg, Alsace | France | 3 months ago
photonic devices for superior data processing possibilities. Your PhD work will help to advance the area of optical computing by developing new type of photonic devices uniting experimental studies in
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: messages are lost because of physical phenomena such as external interference and multi-path fading. A second challenge is that, in some use cases such as swarm robotics, real-time constraints come into play