Composite charge order in the pseudogap region of the cuprates
arXiv:1403.3845 · doi:10.1103/PhysRevB.89.184515
Abstract
We study the Ginzburg-Landau free energy functional for two coupled U(1) charge order parameters describing two non-equivalent charge orders with wave vector detected in X-ray and STM measurements of underdoped cuprates. We do not rely on a mean-field analysis, but rather utilize a field-theoretical technique suitable to study the interplay between vortex physics and discrete symmetry breaking in two-dimensional systems with U(1) symmetry. Our calculations support the idea that in the clean systems there are two transitions: from a high temperature disordered state into a state with a composite charge order which breaks time-reversal symmetry, but leaves U(1) fields disordered, and then into a state with quasi long range order in the U(1) fields.
8 pages, 1 figure; the version to appear in Phys. Rev. B, typos removed
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- Density-wave instabilities of fractionalized Fermi liquids
- Feedback of superconducting fluctuations on charge order in the underdoped cuprates
- Charge ordering in three-band models of the cuprates
- Polar Kerr effect from chiral-nematic charge order
- Superconducting and charge-density-wave orders in the spin-fermion model: a comparative analysis
- From non-metal to strange metal at the stripe-percolation transition in LaSrCuO
- Coexistence of magnetic and charge order in a two-component order parameter description of the layered superconductors
- Renormalization Group Analysis of a Fermionic Hot Spot Model
- Charge-density wave fluctuation driven composite order in the layered Kagome Metals