28 optical-communication-phd positions at CNRS in France

PhD candidate (M/F) for the development of a new super-resolved optical microscope

and 2019) by combining the creation of new original optical instruments with concrete biological applications. In particular, within the framework of this PhD, the aim will be to develop a new

Integrated photonic systems for free-space optical communications (M/F)

photonic systems for the generation, control, and reception of free-space laser beams. Optical communications and LiDAR are the main application targets. The successful candidate will contribute

Postdoctoral position on social and cognitive psychology of inclusive language (M/F).

language and more specifically on eye movements during the reading of inclusive forms in sentence processing. The candidate will work at the LAPSCO and will join a project funded by the French ANR, entitled

PhD project in molecular modeling at Université Paris-Saclay (M/F)

new class of optical probes for use in applications of catalysis and molecular recognition. Quantum confinement and plasmonic amplification in these luminescent objects allow one to simultaneously

Post-doc (M/F) : time-frequency transfer on xWDM active networks

tools; Scientific communication Present the results at national and international conferences. When appropriate, participate in the supervision of PhD students, take responsibility for one or more interns

PhD position: "Magneto-plasmonic circulator : from design to experimental demonstration"

8 Apr 2024 Job Information Organisation/Company CNRS Department C2N Research Field Physics » Optics Physics » Applied physics Engineering » Communication engineering Researcher Profile First Stage

M/F - Ph D - Wavelength-tunable single photon source in the telecom bands

major player in the Research and Teaching Cluster. Highly efficient single photons sources emitting in the telecommunication bands will be key elements to enhance the capability of quantum communications

Postdoctoral position Quantum and nonlinear nanophotonics M/F

exciton-polaritons. The research fellow will contribute to their optical characterization in collaboration with two PhD students and the other projects members. In this context, the fellow will need

M/F PhD: NIR-fueled fluorescent microbeads for velocity and O2 sensing

can be measured optically using fluorescent dyes, which are either quenched by O2 or acidochromic, respectively. Unfortunately, these dyes are generally used in the same visible light range. The subject

PhD Student (M/F) : Study of Neuronal Populations in Cerebellar Nuclei

of approximately 120 employees, including 48 tenured researchers. The research themes cover various aspects of neuroscience, such as the study of subcellular mechanisms enabling communication between