Support of autonomy, at the onset and while Alzheimer's Disease progresses, is of utmost importance for both older adults and their caregivers. AD-Autonomy project aims at co-creating an innovative training platform with and for elderly people and their caregivers. Main aim of the project is to increase the competencies of older adults and their caregivers to cope with the disease effects, by leveraging existing ICT tools and applications, while transferring their applicability in real life contexts and activities. Initial anecdotal feedback is collected through a co-creation session, where all above themes were discussed and analyzed between seniors, family caregivers and professionals.
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Hybrid nonlinear plasmonic waveguides, characterized by a small mode area and large nonlinear susceptibility, present an intriguing and practical platform for the minimization of nonlinear photonic devices. Nevertheless, the intrinsic Ohmic loss associated with surface plasmon polaritons (SPPs) and modal dispersion imposes constraints on the effective interaction length and, consequently, the ultimate efficiency of nonlinear processes. In this study, we demonstrate an efficient second harmonic generation (SHG) within a hybrid plasmonic waveguide by leveraging SPP-like modes at the fundamental wave and photonic-like modes at the SHG under phase matching conditions.
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