Abstract

The property of a high-temperature superconductor EuBa₂Cu₃O₆.₆, using spin-polarised density functional theory. The details, particularly smoothing out the problems caused by the Eu 4f electrons. So far, we have implemented the orthorhombic crystal structure, and this data indicates rock-solid mechanical stability. We tested the material extensively and analyzed its behavior and properties under stress, including elastic anisotropy. On the other hand, considering its optical properties, the results were interesting in the visible spectrum. The preference was for transparency, and the absorption peaks were easily observed. Hence, this whole light interaction phenomenon strongly suggests that EuBa₂Cu₃O₆.₆ might indeed be one of its dominant roles in optoelectronics, and the results from Density Functional Theory have good agreement with reality.

Keywords

density function theory, superconductor, mechanical properties, optical properties, structural properties.