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sources and can host controllable spins for quantum memory and processing. Integrating spin and photonic properties enables efficient quantum networking through entanglement, while embedding these centres
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. This gives rise to nanoscale out-of-plane ferroelectric domains whose optical signatures remain largely unexplored. The primary goal of this postdoctoral position is to develop and refine optical methods
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, photonic devices for communications, optical networks, and fiber sensors. SCIENTIFIC CONTEXT Optical fiber forms the backbone of the communication systems. The exponential increase in data traffic is putting
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of the fabricated fibers within optical networks. - Design of innovative hollow-core fiber structures using the finite element method. - Fabrication of specific optical fibers on a fiber drawing tower. - Linear
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more diluted source cooled by lasers, has a disadvantage linked to the effect of interatomic interactions, which we will study. A fibre-optic bench designed to control the gravimeter will be delivered
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and guidance system for these micro-swimmers, interacting with real-time optical visualization in a microfluidic network. • Study of the fidelity of the movement of micro-swimmers to the set trajectory
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funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Study the structural, electronic and optical properties of defects (point or stack
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diarylethenes, sensitive in the near infrared. The final target is to integrate them in synapses of artificial optical neuronic networks. Main tasks: • Synthesis and charaterization (NMR) of organic photochromic
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(optical fibers and electrodes); Conducting a behavioral test: visual and sound discrimination tasks ("go"/"nogo" or two-alternative behavioral paradigms); In-vivo extracellular electrophysiological