Notes. In GR, ω = ∞, G_m0/G = 1 and ${\overline{\varphi }}_{\mathrm{ini}}=1$ implicitly. Listed parameters are varied, while the photon temperature today T_γ0 = 2.7255 K, effective massless neutrino number N_eff = 3.0 and primordial power spectrum pivot scale k_pivot = 0.05 Mpc are fixed, and we always assume a flat universe. Derived parameters like the early scalar field ${\overline{\varphi }}_{\mathrm{ini}}$, Hubble constant h, primordial power spectrum amplitude A_s and dark energy density parameter ω_Λ0 can differ in BD and GR universes with equal independent parameters. Using the same values of these parameters in BD-ΛCDM and GR-ΛCDM is equivalent to using the parameter transformation in Fig. 5a.