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Setting the Horizon: Welcome Address, Global Perspectives & Technical Roadmaps
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Pushing SRF Thin Films Limits: Theoretical Advances, Deposition Modeling & DFT
(HiPIMS, Arc Deposition, ECR plasma deposition, CVD...)
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Latest Advances in Nb Thin Film Technology
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Conventional PVD, energetic condensation from highly ionized plasmas
(HiPIMS, Arc Deposition, ECR plasma deposition, CVD...)
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Nb3Sn Technology: Recent Technical Advances & Scaling Horizons
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Beyond Nb & Nb3Sn: Alternate materials, multilayer SIS structures and functional layers
(B1 compounds (NbN, NbTiN...), A15 materials other than Nb3Sn (V3Si,Nb3Al …), MgB2 and other high-Tc superconductors (oxypnictides, FeSe monolayer…), SIS multilayer, cap, barrier layers and nano-engineered structures)
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Tailored Substrates for Advanced Film Growth
(Surface cleaning, atmospheric plasmas; cavity substrate fabrication (electroplating, seamless cavities, 3D-manufacturing…))
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Emerging Frontlines in Characterization Methods: Advanced Imaging & Novel Probes
(ptychography (TEM), …)
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Emerging Frontiers & Synergies in SRF Thin Films: From Quantum Sensing to AI-Driven Materials
(including detector cavities and quantum and superconducting logic & sensing applications, perspectives for AI enabled material development )
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