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is currently the main technological challenge, while achieving anisotropic laser sidewalls without lateral degradation of the quantum wells. Pulsed plasma technologies, known to improve etch
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particularly the latin dance schemes such as SALSA, ChaCha and so on. The aim of this post-doctoral position research project is to build new attacks on block ciphers, stream ciphers or hash functions starting
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of this approach is currently limited by the scarcity of high-resolution replication datasets, particularly RFD profiles. The project aims to overcome this limitation by developing a new generation of predictive
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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
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preprocessing of multi-omic data, the interpretation of the obtained flow data and its comparison with experimental data, and scientific documentation. The IBDM, located on the Luminy Campus, comprises
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(attenuators/shutters, low-profile and highly directional antennas) with a view to surpassing the current state of the art. The work will be carried out at the XLIM laboratory, UMR 7252 CNRS/University
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to recruit an experienced candidate who is familiar with the German research landscape, fluent in French and German, and open to interdisciplinary teamwork. The contract is currently set for a duration of 12
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numbers effects beyond what is currently possible. • Perform mathematical and numerical analysis of tensor network methods. • Work on GPU implementation of tensor network solvers. • Disseminate research