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funded PhD position in the ERC-funded project BESSEL at the IETR Laboratory of CNRS (Rennes, France). The project focuses on advancing wireless power transfer for deep-body bioelectronics using adaptive
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, IBDM employs around 220 permanent researchers, lecturers, engineers and technicians, as well as non-permanent staff on fixed-term contracts, post-docs, PhD students and trainees, spread across 21
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solution for energy storage in embedded electronics, thanks to their high power and long lifespan [1]. Manganese dioxide (MnO₂) is an attractive pseudocapacitive material due to its low toxicity, abundance
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wireless telecommunications [2]. The field of THz spectroscopy has seen significant progress in terms of pulse energy, tunability and bandwidth. THz pulses can be generated by converting ultrafast laser
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200 non-permanent including 120 doctoral students. The research themes of the laboratory are nuclear physics, high energy physics, theoretical physics, astroparticles, astrophysics and cosmology
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Activities The PhD will work on the droplet epitaxy of self-assembled GaAs quantum dashes. She/he will optimize the growth and thermal post-treatment conditions to control the dashes' anisotropy factor and LC
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Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description This PhD work is a part of the ALPS-Water project (ANR-24-CE08
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The expected start date of the PhD is between 1 October 2025 and 1 January 2026. The PhD will be carried out under the joint supervision of two laboratories: LPC2E (Orléans - PhD supervisor: Pierre HENRI) and
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hypotheses of quantum physics. To reach the quantum regime, the nanoparticle must be cooled close to its fundamental vibrational state (i.e., to a few quanta of vibrational energy). In other words
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to explore how cis-regulator runaway might contribute to the evolution of the complexity of eukaryotic gene regulatory networks. The second aim of this PhD project is to compare these predictions with actual