Magnetic neutron scattering in hole doped cuprate superconductors

Details Magnetic neutron scattering in hole doped cuprate superconductors Magnetic neutron scattering in hole doped cuprate superconductors

2006-04-28

arxiv.org/abs/cond-mat/0604667v1

Physics

Condensed Matter

Superconductivity

14 pages, 18 figures. To be published in Journal of the Physical Society of Japan

Scientific paper

10.1143/JPSJ.75.111003

A review is presented of the static and dynamic magnetic properties of hole-doped cuprate superconductors measured with neutron scattering. A wide variety of experiments are described with emphasis on the monolayer La_{2-x}(Sr,Ba)_{x}CuO_{4} and bilayer YBa_{2}Cu_{3}O_{6+x} cuprates. At zero hole doping, both classes of materials are antiferromagnetic insulators with large superexchange constants of J > 100 meV. For increasing hole doping, the cuprates become superconducting at a critical hole concentration of x_{c}=0.055. The development of new instrumentation at neutron beam sources coupled with the improvement in materials has lead to a better understanding of these materials and the underlying spin dynamics over a broad range of hole dopings. We will describe how the spin dispersion changes across the insulating to superconducting boundary as well as the static magnetic properties which are directly coupled with the superconductivity. Experiments directly probing the competing magnetic and superconducting order parameters involving magnetic fields, impurity doping, and structural order will be examined. Correlations between superconductivity and magnetism will also be discussed.

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