Research profile:
The CMNE “ Micro Nano Electronic Devices ” team is actively involved in the evolution of micro and nanoelectronic components for the electronics of the future.
Research activities focus on transistors and memories, as well as other functions such as sensors, detectors and energy recovery.
To achieve this, the CMNE team draws on recognized expertise in component physics, combining experimental and theoretical approaches. Despite the diversity of applications, the physical problems encountered remain highly coherent, as they are intimately linked to semiconductor physics (transport, charge control and electrostatic coupling, quantum confinement and coupling effects, traps, recombination and noise, etc.).
The candidate will be working in the field of component physics, with a solid grounding in statistical physics, quantum physics and semiconductor physics. He/she will be able to analyze transport phenomena and light-matter interactions for applications in memory, transistors and optoelectronics (photodetectors, LEDs, photodiodes....).
The CMNE “ Micro Nano Electronic Devices ” team is actively involved in the evolution of micro and nanoelectronic components for the electronics of the future.
Research activities focus on transistors and memories, as well as other functions such as sensors, detectors and energy recovery.
To achieve this, the CMNE team draws on recognized expertise in component physics, combining experimental and theoretical approaches. Despite the diversity of applications, the physical problems encountered remain highly coherent, as they are intimately linked to semiconductor physics (transport, charge control and electrostatic coupling, quantum confinement and coupling effects, traps, recombination and noise, etc.).
The candidate will be working in the field of component physics, with a solid grounding in statistical physics, quantum physics and semiconductor physics. He/she will be able to analyze transport phenomena and light-matter interactions for applications in memory, transistors and optoelectronics (photodetectors, LEDs, photodiodes....).