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The Mott system with a low-energy excitation may well constitute theunderlying system for high temperature superconductivity (HTSC) of under-dopedcuprates. This manuscript explores the above through the Hubbard-1approximation (the Green function method), especially in terms of itsself-energy while evaluating the calculation of self-energy using effectivemass ratio. Results show it appears the pseudo-gap of HTSC is due to theself-energy effect on the quasi-particle excitation of the Mott's J.

A study for the energy structure of the Mott system with a low-energy excitation, in terms of the pseudo-gap in HTSC