Titlebook: Controlling Collective Electronic States in Cuprates and Nickelates; A Resonant X-ray Sca Martin Bluschke Book 2020 The Editor(s) (if appli

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https://doi.org/10.1007/978-3-663-05080-3twined with one another[.,.,.,.]. While these correlations can generate quantum electronic ground states with macroscopic coherence, such as superconductivity, the strongly coupled spin, charge and orbital degrees of freedom often result in a multitude of nearly degenerate ordering tendencies. For e

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https://doi.org/10.1007/978-3-663-05080-3d electronic states in transition metal oxides. Unlike conventional non-resonant x-ray diffraction, experimental techniques which make use of electronic resonances are inherently spectroscopic in nature. As such, resonant x-ray scattering combines the strength of a diffraction experiment (high spati

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Franz Wever,Hans-Günter Müller,Paul Funkepounds with even higher superconducting transition temperatures (.)[.]. Among others, these include other ‘214’ compounds, derived from La.CuO. (LCO), such as La.CuO., La.Sr.CuO. (LSCO), La.Nd.Sr.CuO. (LNSCO), as well as the electron-doped Nd.Ce.CuO. (NCCO); compounds having the ‘123’ structure as i

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Versuchseinrichtung und Versuchswerkstoff,roduced and successfully identified as a tetragonal derivative of the 123-cuprate structure [2, 3]. In addition to the lack of a long-range orthorhombic distortion, which distinguishes this compound from other members of the 123-family such as YBa.Cu.O., PrBa.Cu.O. and DyBa.Cu.O., the isovalent chem

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Fritz Kirchner,Heinz Baron,Herbert Kirchner in an epitaxial relationship, with the goal of producing novel magnetic structures with properties inherited from both of the constituent materials. In this study we choose two complementary systems. The first, antiferromagnetic LaNiO., hosts a closed shell .-site cation and the strongly correlated

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