Recently, advances in film synthesis methods have enabled a study of extremely overdoped
La 2− x Sr x Cu O 4. This has revealed a surprising behavior of the superfluid density as a …

Abstract By using the Landau-Ginzburg-Wilson paradigm, we show that, near a quantum
critical point (QCP), Cooper pairs at zero temperature would obey a nonlinear relativistic …

I study the fermionic $ U (N) $ Gross-Neveu model at imaginary chemical potential and finite
temperature for odd $ d $ dimensions, in the strong coupling regime, by using the gap …

It was recently reported that, in the highly overdoped side of single-crystal La 2− x Sr x CuO
4 films, the transition temperature T c and zero-temperature superfluid phase stiffness ρ s (0) …

By introducing the imaginary time, Gor'kov's Ginzburg–Landau equation at zero temperature
can be extended to an exact relativistic form without any phenomenological parameter …

We study linear scaling relations in electron-phonon superconductors. By combining
numerical and analytical techniques, we find linear Homes scaling relations between the …

Recently, Bozovic et al. reported that (Nature 536: 309–311, 2016) in the overdoped side of
the single-crystal La 2− x Sr x CuO 4 (LSCO) films, the transition temperature T c and zero …

By using the Landau-Ginzburg-Wilson paradigm, we show that, near a quantum critical point
(QCP), Cooper pairs at zero temperature would obey an exact relativistic equation, where …

It has been found that Gor'kov's non-relativistic Ginzburg-Landau equation at zero
temperature can be extended to an exact relativistic equation, where the imaginary time …

When the superconducting transition temperature T c sufficiently approaches zero, quantum
fluctuations are expected to be overwhelmingly amplified around zero temperature so that …