A simple solution to these issues that permits a reliable measurement of T g is fitting a master curve. All sets combined reconstruct the full dependence of the density as a function of temperature. The hyperbola can then be fitted only close to the transition point (Figure middle), at which the analytic tangents and the hyperbola asymptotes basically coincide. T g can then be extracted by applying the inverse rescaling. The inverse transformation and the scaling parameters, as well as their uncertainties, are reported in Table . Aggregate results for all five systems are shown in the right panel of Figure . This panel also offers a comparison of our simulation measurement (blue dots) with experimental data obtained using differential scanning calorimetry (DSC) on systems cured at 250 °C (red dots in the right panel of Figure ), and rheological techniques obtained from systems cured at a temperature of 177 °C (black dots). The relative vertical shift of the experimental measurements show that a greater cross-linking temperature leads to a higher T g value at each curing extent.