The Neutron Peak in the Interlayer Tunneling Model of High Temperature Superconductors
L. Yin, S. Chakravarty, P. W. Anderson
TL;DR
This paper explains the neutron scattering magnetic peak observed in YBCO superconductors using the interlayer tunneling model, linking magnetic phenomena directly to the superconducting state.
Contribution
It provides a theoretical explanation for the neutron peak in high temperature superconductors based on the interlayer tunneling model, connecting magnetic and superconducting properties.
Findings
Neutron peak appears only below Tc in YBCO.
Interlayer tunneling theory accounts for the magnetic peak.
Magnetic phenomena are linked to superconducting transition.
Abstract
Recent neutron scattering experiments in YBCO exhibit an unusual magnetic peak that appears only below the superconducting transition temperature. The experimental observations are explained within the context of the interlayer tunneling theory of high temperature superconductors.
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