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We report the hole doping dependencies of the pseudogap phase energy scale,$2\Delta_{\rm PG}$, the anti-nodal (nodal) superconducting energy scales$2\Delta^{AN}_{\rm SC}$ ($2\Delta^{N}_{\rm SC}$) and the charge density waveenergy scale, $2\Delta_{\rm CDW}$. They have been extracted from the electronicRaman responses of distinct copper oxide families. For all the cupratesstudied, we reveal universal doping dependencies which suggest that$2\Delta_{\rm PG}$, $2\Delta^{AN}_{\rm SC}$ and $2\Delta_{\rm CDW}$ aregoverned by common microscopic interactions and that these interactions becomerelevant well above the superconducting transition at $T_c$. In sharp contrast,$2\Delta^N_{\rm SC}$ tracks the doping dependence of $T_c$, appearing to becontrolled by a different kind of interactions than the energy scales above.

physical review. b./physical review. b

Universal relationship between the energy scales of the pseudogap phase,  the superconducting state and the charge density wave order in copper oxide  superconductors