Effects of vortex and antivortex excitations in underdoped BiSrCaCuO bulk single crystals
arXiv:2405.06272 · doi:10.1103/PhysRevB.110.134509
Abstract
The observance of vortex and anti-vortex effects in bulk crystals can prove the existence of phase-disordered superconductivity in the bulk. To gain insights into the mechanisms that govern superconducting transition in copper oxide high-transition temperature () superconductors, this study investigated the transport properties of underdoped BiSrCaCuO (Bi-2223) bulk single crystals.The - characteristics results and the typical tailing behavior owing to the temperature dependence of in-plane resistivity () were consistent with the Kosterlitz-Thouless (KT) transition characteristics. Thus, with increasing temperature, copper oxide high- superconductors transitioned to their normal state owing to destruction of their phase correlations, although a finite Cooper pair density was prevalent at . Further, magnetization measurements were performed to determine the temperature dependence of the irreversible magnetic field . Consequently, the mechanism governing the KT transition-like superconducting transition in this bulk system was elucidated. These results support the extreme strong-coupling models for high- superconductivity in cuprates.
14 pages, 11 figures, revised according to the referees'comments
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