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- W3200414249 abstract "Quantum critical behaviors induced by a putative quantum phase transition are vigilantly investigated, which separates a d-wave superconducting state and d-wave superconducting+X state below the superconducting dome of the d−wave superconductors with tuning the non-thermal doping variable. Within the framework of renormalization group approach, we start with a phenomenological effective theory originated from the Landau-Ginzburg-Wilson theory and practice one-loop calculations to construct a set of coupled flows of all interaction parameters. After extracting related physical information from these coupled evolutions, we address that both fermion velocities and critical temperatures exhibit critical behaviors, which are robust enough against the initial conditions due to strong quantum fluctuations. At first, the evolution of Yukawa coupling between X-state order parameter and nodal fermions in tandem with quantum fluctuations heavily renormalize fermion velocities and generally drive them into certain finite anisotropic fixed point at the lowest-energy limit, whose concrete value relies upon the very quantum phase transition. In addition, these unique properties of fermion velocities largely reshape the fate of superfluid density, giving rise to either an enhancement or a dip of critical temperature. Moreover, we find that fermion-fermion interactions bring non-ignorable quantitative corrections to quantum critical behaviors despite they are subordinate to quantum fluctuations of order parameters." @default.
- W3200414249 created "2021-09-27" @default.
- W3200414249 creator A5037920323 @default.
- W3200414249 creator A5056777081 @default.
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- W3200414249 date "2022-02-01" @default.
- W3200414249 modified "2023-09-25" @default.
- W3200414249 title "Quantum criticality of fermion velocities and critical temperature nearby a putative quantum phase transition in the d-wave superconductors" @default.
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- W3200414249 doi "https://doi.org/10.1016/j.nuclphysb.2022.115651" @default.
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