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Thermodynamic properties of mercury based cuprate due to Cooper pair-electron interaction
(JMEST, 2016-07)
Interaction between electrons at the critical temperature that culminates into formation of Cooper pair holds the key in explaining cuprates high temperature superconductivity. We study the effects of the number of copper ...
Effect of duo fermion spin on the specific heat and entropy of a mixture of helium isotopes
(Journal of Multidisciplinary Engineering Science and Technology (, 2018-10-01)
Spin normally determines the character, rate of collision and subsequently the properties of ultracold systems. This study investigated the effect of double spin degeneracy on the thermodynamic properties of Helium-3 and ...
The Specific Heat Of Boson-Fermion Pair Condensate In Optimally-Doped Cuprates
(Journal of Multidisciplinary Engineering Science and Technology, 2021-12-12)
Recent studies have shown that the interaction between a finite momentum Cooperpair boson and a fermion supports superconductivity in cuprates. Specifically, the occurrence of a superconducting energy gap in cuprates is ...