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High temperature superconductors are strongly coupled systems which present acomplicated phase diagram with many coexisting phases. This makes it difficultto understand the mechanism which generates their singular transportproperties. Hydrodynamics, which mostly relies on the symmetries of the systemwithout referring to any specific microscopic mechanism, constitutes apromising framework to analyze these materials. In this paper we show that inthe strange metal phase of the cuprates, a whole set of transport coefficientsare described by a universal hydrodynamic framework once one accounts for theeffects of quantum critical charge density waves. We corroborate ourtheoretical prediction by measuring the DC transport properties of Bi-2201close to optimal doping, proving the validity of our approach. Our argument canbe used as a consistency check to understand the universality class governingthe behavior of high temperature cuprate superconductors.

A hydrodynamical description for magneto-transport in the strange metal phase of Bi-2201