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This study uses simulation to produce the critical temperature of FeTe, FeSe, and FeTe 0.5 Se 0.5  superconductors using McMillan equation which show shifts in λ (electron-phonon coupling strength), ω log  (logarithmic average of phonon frequency), and Density of States (DOS) at the Fermi level compared to its composing elements. Comparison of critical temperatures shows that Fe mixed with Se and/or Te experience some changes that could possibly increase of the critical temperature.

Simulation of critical temperature of FeTe, FeSe and FeTe0.5Se0.5 using equation McMillan