Electronic structure theory of the hidden order material URuSi
arXiv:1007.3453 · doi:10.1103/PhysRevB.82.205103
Abstract
We report a comprehensive electronic structure investigation of the paramagnetic (PM), the large moment antiferromagnetic (LMAF), and the hidden order (HO) phases of URuSi. We have performed relativistic full-potential calculations on the basis of the density functional theory (DFT), employing different exchange-correlation functionals to treat electron correlations within the open -shell of uranium. Specifically, we investigate---through a comparison between calculated and low-temperature experimental properties---whether the electrons are localized or delocalized in URuSi. We also performed dynamical mean field theory calculations (LDA+DMFT) to investigate the temperature evolution of the quasi-particle states at 100~K and above, unveiling a progressive opening of a quasi-particle gap at the chemical potential when temperature is reduced. A detailed comparison of calculated properties with known experimental data demonstrates that the LSDA and GGA approaches, in which the uranium electrons are treated as itinerant, provide an excellent explanation of the available low-temperature experimental data of the PM and LMAF phases. We show furthermore that due to a materials-specific Fermi surface instability a large, but partial, Fermi surface gapping of up to 750 K occurs upon antiferromagnetic symmetry breaking. The occurrence of the HO phase is explained through dynamical symmetry breaking induced by a mode of long-lived antiferromagnetic spin-fluctuations. This dynamical symmetry breaking model explains why the Fermi surface gapping in the HO phase is similar but smaller than that in the LMAF phase and it also explains why the HO and LMAF phases have the same Fermi surfaces yet different order parameters. Suitable derived order parameters for the HO are proposed to be the Fermi surface gap or the dynamic spin-spin correlation function.
23 pages, 20 figures
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- Hidden Order Behaviour in URu2Si2 (A Critical Review of the Status of Hidden Order in 2014)
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- Symmetry of the Excitations in the Hidden Order State of URu2Si2
- Hybridization gap and anisotropic far-infrared optical conductivity of URu2Si2
- Hidden Order Transition in URu2Si2 and the Emergence of a Coherent Kondo Lattice
- Study of the magnetic properties of URu2Si2 under uniaxial stress by neutron scattering
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- Theory of Scanning Tunneling Spectroscopy: from Kondo Impurities to Heavy Fermion Materials
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- Quantum-well states at the surface of the heavy-fermion superconductor URuSi
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- Pressure-Tuned Point-Contact Spectroscopy of URu2Si2 from Hidden Order to Antiferromagnetic States: Similarity of the Fermi Surface Gapping
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- Fermi Surface Reconstruction inside the Hidden Order Phase of URu2Si2 Probed by Thermoelectric Measurements
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- Basal-Plane Nonlinear Susceptibility: A Direct Probe of the Single-Ion Physics in URu2Si2
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