9 phd-in-physics positions at IMT Atlantique in France

Chair of Junior Professor in Autonomous Embedded Systems Based on AI

maintains strong industry connections through collaborative research projects, bilateral contracts, and CIFRE PhD programs, and actively participates in the Pracom industrial chair, fostering close links with

Chair of Junior Professor in Autonomous Embedded Systems Based on AI

contracts, and CIFRE PhD programs, and actively participates in the Pracom industrial chair, fostering close links with industry partners. Contributing to the field of autonomous embedded systems based on AI

Hadronization in small and large ultrarelativistic hadronic systems in the framework of the open quantum systems

3 May 2024 Job Information Organisation/Company IMT Atlantique Department Doctoral division Research Field Physics » Other Researcher Profile First Stage Researcher (R1) Country France Application

Open quantum system approach for medium-induced gluon radiation in a dense QCD medium

22 Apr 2024 Job Information Organisation/Company IMT Atlantique Department Doctoral division Research Field Physics » Other Researcher Profile First Stage Researcher (R1) Country France Application

Technical and economical assessment of nuclear material multi-recycling in the French nuclear fuel cycle

. Thesis objectives The "Cycle Physics" part of this thesis will aim to model these different cycle strategies in order to characterize the treatment-recycling plants required. The second part of this thesis

Neural Regional Ocean Models (NROM)

Sea, the North Atlantic Ocean, and the Indian Ocean. Scientific Objectives and Proposed Approach The primary goal of this PhD is to advance the development of next-generation regional ocean models by

Energy Harvesting and Storage by an LTCC device

3 May 2024 Job Information Organisation/Company IMT Atlantique Department Doctoral division Research Field Chemistry » Physical chemistry Engineering » Materials engineering Technology

Waveform innovation for 6G: addressing synchronization, efficiency and integration challenges with filtered multi-carrier modulations

. Additionally, efficient resource utilization, including energy and spectrum, is increasingly vital. Efficiently addressing these challenges goes through exploring disruptive technologies at the physical layer

Post-doctorate or engineer in computer science - industrial engineering

model of the problem through three subsystems (physical, logical, and decision-making) and their interactions, and then to translate it into one or more action models that may combine several techniques