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-associated mutations. Three specific objectives will be pursued: (i) to characterize the role of NAV1 in regulating adhesion dynamics during axonal navigation; (ii) to elucidate the molecular mechanisms by
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systems still face major challenges when operating in fluid environments such as air or water. Unlike ground robots, aerial and underwater robots exhibit dynamics that are strongly coupled with
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mobile base, an arm, a gripper, a learned policy, a safety module). Each agent runs its own specialized solver and is coordinated to a common, dynamically feasible plan through distributed optimization and
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date is November 2026, with some flexibility. For any questions, please contact F. Ruffier: [email protected] . Problem Statement Autonomous navigation in underwater environments is a major
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class of “hyper-clocks” and atomic sensors that are simultaneously immune to probe-induced shifts and strongly protected against decoherence, via Dynamically Decoupled Hyper-Ramsey (DD HR) protocols