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It is shown that columnar fluctuations, in conjunction with weak quencheddisorder, lead to a T^{3/2} temperature dependence of the electricalresistivity. This is proposed as an explanation of the observednon-Fermi-liquid behavior in the helimagnet MnSi, with one possible realizationof the columnar fluctuations provided by skyrmion lines that have independentlybeen proposed to be present in this material.

Columnar Fluctuations as a Source of Non-Fermi-Liquid Behavior in Weak Metallic Magnets