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control methods regarding micro-photonics waveguide arrays. Building upon the analogy between the temporal evolution of a quantum system and the propagation of light in a network of coupled waveguides, we
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mechanisms in a hybrid quantum system composed of diamond nitrogen vacancy (NV) spin qubits coupled via spin waves as quantum buses in magnetic waveguides (nanowires, cavities, etc.). The magnetic materials we
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characterization of optical microresonators and other photonic components, such as gratings and waveguides. The research project will focus on developing an innovative real-time 3D imaging system to assist in
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, electrical measurements mainly related to photovoltaic parameters and impedance, knowledge of photonics applied to waveguide-type effects by gradual refractive index and omnidirectional, UV-Vis-NIR
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experience and skills: You have a PhD at the intersection of quantum optics and nanophotonics You are experienced in nanofabrication (e.g., photonic waveguides, e-beam litography) You have good skills in
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into photonic structures enabling an overall source brightness enhancement. Two different geometries will be studied: in-plane cavities coupled to optical waveguides for lateral photon extraction, and bullseye
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, 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
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possible to generate optical or electrical spikes, respectively, upon receiving low-amplitude stimuli. Their integration with other waveguide-based photonic components will be explored as well in order to
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, graphene, additive manufacturing of electronics, 3d printer ink design, waveguide and fiber devices, PCB fabrication, SMT pick and place, and electronics chip design at microwave and THz frequencies
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of ultralow-loss waveguide circuits resulting in a fully integrated optical gyroscope with unprecedented accuracy. You will be working to create innovative components that form the ultralow-loss platform. First