The proposal presents the performance of X-ray absorption spectroscopy (XAS) in combined local-field time-dependent density functional theory (LFTDDFT)+Bethe-Salpeter Equation (BSE) formalism within real-space Green’s Function (RSGF) approach with computer programme FEFF9 beyond an independent-electron model and the superconducting DFT (SCDFT) analysis with computer programme Quantum ESPRESSO for the high critical-temperature (Tc ) SC (HTSC) characterization leading to microscopic mechanism of SC in strong electron-phonon interaction coupling with sensitivity of Tc as a function of dopant content and levels to approach room- temperature SC (RTSC) exploration as unique probe of RTSC parameterization.
Comments: 5 Pages. The paper was previously submitted to Physica C - not accepted for publication. Resubmitted to IOP Science and under review process.
[v1] 2019-06-06 15:04:58
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