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Field
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uncertainty, modality dropout, and noise propagation, which can degrade robustness and erode trust in model outcomes. This project aims to create a unified framework for building lightweight, data-efficient
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to the many environmental exposures: including radiation, radon, electromagnet fields, noise, heat, air pollution and airborne pollen. We are currently looking for a: PhD Candidate in Epidemiology/Public Health
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terahertz (THz) radiation and the collective vibrational modes of biological macromolecules is an emerging field in physical chemistry. Terahertz radiation can be exploited to studying spectroscopic and
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noise models, leading to metrics devoid of assumptions about noise impacts (e.g., cross-talk or non-Markovian noise in gate fidelities). As shown by the supervisory team, non-Markovian noise can be a
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tire noise, sirens, and electric vehicle signals, enabling anticipation of unseen traffic in low-visibility scenarios. This additional sensing modality can improve driving safety, for instance by
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. · Automate processes and explore state-of-the-art solutions for filtering, noise reduction, and kernel-based techniques. · Present your findings at academic conferences and publish research in peer
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will uncover the interfacial solvation structure, validated through comparison between computed and experimental sum-frequency vibrational spectroscopies, as well as the mechanism of chemical
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scattering (SERS) and infrared (IR) spectroscopy will be employed to probe vibrational signatures, revealing structural changes and interactions at the single-molecule level [1-5]. A significant aspect of the
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, optimized for coupling with molecular vibrational and electronic transitions. By embedding selected organic or hybrid molecules into these cavities, the research will probe the emergence of quantum light
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on developing optical setup to achieve controlled ultrafast switching driven by intense femtosecond laser pulses. The project will explore how localized plasmonic fields modulate the electronic and vibrational