Postdoctoral position in Integrated Quantum Optoelectronics (M/F)

The postdoc project aims to push further the functionalities of the AlGaAs devices developed by the Quantum Information and Technology team in terms of electrical injection in both monolithic and hybrid (AlGaAs/SOI) devices, exploitation of the Electro-Optics effect for quantum state manipulation in simple waveguides or more complex quantum photonic circuits, opening the door to applications in quantum communication, computing, and metrology.

* Design, fabricate, and test integrated semiconductor photonic devices
* Develop theoretical models and simulations to predict the performance of integrated photonic devices
* Work with Ph.D. students and other members of the group and with external collaborators for the devices' characterization in the quantum regime and their utilization in quantum information protocols
* Actively participate in the publication of research results in high-quality scientific journals and their presentation at national and international conferences

The Quantum Information and Technologies team at Laboratoire Matériaux et Phénomènes Quantiques (UMR7162) is hiring a highly motivated postdoctoral researcher to work in the exciting field of nonlinear integrated quantum photonics. The successful candidate will work in a highly collaborative research environment, have access to state-of-the-art facilities for device fabrication and characterization, and will contribute to the development of novel optoelectronic devices with applications in quantum technologies.
The team is at the international forefront in the development of semiconductor devices for the generation and manipulation of quantum states of light, exploiting both discrete and continuous degrees of freedom of light. The exploited material, AlGaAs, presents several assets in the landscape of platforms for integrated quantum photonics, which have been exploited to reach several key results: direct bandgap allowing for the monolithic integration of pump laser and internal SPDC, mature fabrication techniques for the development of quantum photonic circuits, high second-order nonlinearity leading to high pair generation rates, high versatility in the engineering of the biphoton state, utilization of the devices in quantum information protocol.