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. Achromatic MSs are essential for full-color imaging, depth-resolved visualization, and high-fidelity optical systems, where chromatic aberrations can degrade performance. This postdoctoral project aims
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operation, including waveform generation, timing synchronization, and signal routing. • Develop experimental protocols to characterize the impact of the cryoelectronic on the quantum dot arrays. • Investigate
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devices for neuromorphic computing • Machine learning simulations applied to artificial intelligence tasks • Analysis of the performance, robustness and energy efficiency of the proposed architectures
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structural information to complement structural biology techniques. - Design, perform and interpret mass photometry, native MS, HDX-MS and cross-linking MS on a series of mulitprotein complexes
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on emerging lead-free double perovskites. The main objectives include investigating their optical spectroscopic properties, evaluating their laser performance, and assessing their potential for photonic
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transport, microscopy, and optical spectroscopy, to establish links between electronic structure and emerging physical properties. Design and perform optical and electronic characterization of two-dimensional
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the encoding and propagation of sound intensity information. The postdoctoral fellow will perform viral vector injections into the cochlea and the brain, image the labeled neurons, and generate a three
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foundation for next-generation flat-optics devices, rivaling the performance of traditional bulk components. Nonlocal metasurfaces represent a cutting-edge class of optical devices that engineer optical
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experimental protocols for the operation and characterization of large quantum dot arrays in silicon-based semiconductor devices. • Tune and control electron filling in one-dimensional and bilinear quantum dot
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networks). • Compare different strategies (topology, tensor order…) to seek for an optimally compressed representation of turbulent velocity fields and of relevant operators in tensor network form. • Perform