On the Critical Behavior of the Uniform Susceptibility of a Fermi Liquid Near an Antiferromagnetic Transition with Dynamic Exponent
arXiv:cond-mat/9411021 · doi:10.1103/PhysRevB.51.16151
Abstract
We compute the leading behavior of the uniform magnetic susceptibility, , of a Fermi liquid near an antiferromagnetic transition with dynamic exponent . Our calculation clarifies the role of triangular ``anomaly'' graphs in the theory and justifies the effective action used in previous work \cite{Hertz}. We find that at the critical point of a two dimensional material, with and nonuniversal constants. For reasonable band structures we find that in a weak coupling approximation is small and positive. Our result suggests that the behavior observed in the quantum critical regime of underdoped high- superconductors are difficult to explain in a theory.
12 pages, uuencoded Postscript file
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