Crystal structure of a new nanoribbon-shaped ternary Mo-I-S cluster compound by nano-diffraction

The family of octahedral cluster-based solid state compounds exhibits fascinating crystal structures and a wide range of physical properties. This proposal aims at determining the crystal structure of a new nanoribbon-shaped material of the ternary Mo-I-S compound family, using cutting-edge structural solution and refinements tools. The structural results will allow to determine the correlations between crystal and electronic structures, then helping to understand the superconducting and absorption behavior of this low dimensional cluster-based compound.