Figure 3

3D-Projections other than Δ H _T versus Δ S _T of a 5D hyperbolic paraboloid using experimental T -independent Δ C _p values. The function is specific of the same group as in Fig. 2. Dimensions (for ΔC_p = const.): ΔH_T, ΔG_T, T and T_m. The yellow dots are the experimental datapoints {ΔH_Tm, $\Delta G_{{\text{T}}_{\text{median}}}$} (b), {ΔH_Tm, T_m} (c) and {T_m, $\Delta G_{{\text{T}}_{\text{median}}}$} (d). The yellow line is the linear regression in ΔG_T vs. T_m at T_median = 320.2 K. With the exception of the projection (d), where wormholes are never found and the quality of the linear regression is best when the datapoints gather around an average zero free energy, the size of the wormholes that harbor datapoints in all other than ΔH_T vs. ΔS_T projections, cf. (b) and (c), precludes any linearity through attempted empirical datapoint correlations. All plots generated by MATHEMATICA^® (Wolfram Inc.) and edited in PHOTOSHOP^® (Adobe).