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Single component conductors for chirality induced effects – SECRETS
structures is an important challenge for materials science because of the interesting properties that can
Single Organic Aerosol Particle HYdration and microsphysical properties – SOAPHY
focus during the last decade in the atmospheric science community. So far, most studies on aerosol hyg
Single Enzyme Electrochemistry – SEE
constitute a major progress in surface modification science and enable the reproducible production of nano-scale
Simulators for the learning of childbirth – SAGA
clinicians, people of computer graphics, robotics, Sciences education and professional didactics and a designer [...] training, either from laboratory of educational science and are very basic in terms of physical and functional
Simulating Physical PDEs Efficiently with Deep learning – SPEED
This project is a trans-disciplinary effort toward inference and prediction of complex physical systems.
Simulating Heavy Ion Beams Numerically using Minimum Entropy Reconstructions – SHINE
electronics (deposition of elements), material science and chemistry (analysis of damage on the walls
Similarity Measure Learning for Analogical Transfer – SMeLT
together researchers from cognitive science, computer science (computational analogy and similarity [...] similarity measures specialists), and health sciences (medical decision support specialists). The proposed
Silyl Radicals for Polymer Science (Silicium) – Silicium
Chemistry of silyl radicals: applications for polymer science
Silicon-based polymers by catalysed dehydropolymerisations – POLCADE
ALKALINE-EARTH METAL COMPLEXES: SYNTHESIS AND IMPLEMENTATION FOR THE PRODUCTION OF NEW SILICONE MATERIALS.
Silicon photonics for quantum optics & communication – SITQOM
Silicon photonics is currently considered as the most promising quantum technological platform. SITQOM aims at exploiting this potential for the development of advanced and scalable quantum circuits. For the first time with a single platform, a wide variety of implementations are expected, ranging from on-chip generation and manipulation of more than 4 photons to quantum operator simulation based on engineered waveguide arrays, which have not been demonstrated so far.