Hyperscaling violation at the Ising-nematic quantum critical point in two dimensional metals
arXiv:1605.00657 · doi:10.1103/PhysRevB.94.045133
Abstract
Understanding optical conductivity data in the optimally doped cuprates in the framework of quantum criticality requires a strongly-coupled quantum critical metal which violates hyperscaling. In the simplest scaling framework, hyperscaling violation can be characterized by a single non-zero exponent , so that in a spatially isotropic state in spatial dimensions, the specific heat scales with temperature as , and the optical conductivity scales with frequency as for , where is the dynamic critical exponent. We study the Ising-nematic critical point, using the controlled dimensional regularization method proposed by Dalidovich and Lee (Phys. Rev. B {\bf 88}, 245106 (2013)). We find that hyperscaling is violated, with in . We expect that similar results apply to Fermi surfaces coupled to gauge fields in .
28 pages
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