CORDIS Project
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This project focuses on creating nano-sized particles from oxalate-based networks to enhance their optical and magnetic properties. By employing nanochemistry techniques, it aims to investigate how size reduction affects energy migration and spin crossover processes, with potential applications in optical devices and s…
Interaction between light and matter is of fundamental importance in physical, chemical and biological sciences, because of a variety of applications, for instance in optical information technology devices, in lasers and lighting, and in solar-energy harvesting.
Coordination chemistry provides a convenient tool to prepare solids with tailored optical properties.
However, the actual use of such materials in devices requires processing of the compounds into well-defined and often size-reduced part…
UNIVERSITE DE GENEVE
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