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of deep-body implantable devices ,” IEEE Trans. Microw. Theory Techn.71, 2023. X. Tian et al., “Implant-to-implant wireless networking with metamaterial textiles ,” Nat. Commun.14, 2023. Research Focus
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team and their collaborators in wireless bioelectronics, the goal of this project is to design a wireless architecture and RF circuits that enable backscattering-based wireless biosensing using organic
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in wireless bioelectronics. Based on the preliminary results established by the host team and their collaborators in wireless bioelectronics1–3, the goal of this project is to design a wireless
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methods for wireless power transfer and control of bioelectronic implants deep inside the human body. The research will focus on: 1. Wave Physics & EM Wave Control – Developing theoretical models for wave
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sensors (IEMN, Y. COFFINIER). This thesis project concerns the development of instrumentation to detect and monitor the progression of a nuclear accident, in order to implement the most appropriate accident
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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 wave control
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, railway or nuclear industry, a failure can create a disaster and asserting structural integrity is thus highly critical. Structural Health Monitoring (SHM) consists in embedding sensors in a structure to
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a great potential for ultra-high-speed wireless communication, with data rates far surpassing those of current 5G systems. We are currently hiring a post-doc with expertise in finite-element
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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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for the technical and scientific development around the design and fabrication of the MEA-microfluidic system. The candidate will work in close partnership with the project consortium to integrate sensors and