Coupling of order parameter to conduction electrons produces long-ranged susceptibility at T=0 in metallic magnets, generically driving first-order quantum phase transitions in most 3D homogeneous-magnetization systems while leaving some classes second-order.
(2.5) and underly, for instance, the scaling behavior of the Lindhard func- tion
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Generic Long-Range Order-Parameter Correlations in Metallic Quantum Magnets
Coupling of order parameter to conduction electrons produces long-ranged susceptibility at T=0 in metallic magnets, generically driving first-order quantum phase transitions in most 3D homogeneous-magnetization systems while leaving some classes second-order.