Bringing direct democracy back in: toward a three-dimensional measure of democracy

Most procedural definitions and measurements of democracy are missing one crucial component: direct popular decision-making. This is an important gap that does not allow users of data to ascertain some important variation among democracies. Thus, I propose a new measure that is strongly anchored in a procedural definition of democracy but includes this missing dimension. The proposed measure is well rooted in the literature and introduces a dimension whereby citizens may become the masters of their political fate at any time and without the consent of elected authorities, while avoiding the inclusion of extraneous attributes that are not highlighted in democratic theory. Tests of the validity of the new indicator, using Latin American cases, show that there is enough room for its inclusion without the typical collinearity problems this literature faces. This indicator is not only sound, but it is empirically appealing as it performs better than others when testing relevant hypotheses.     

The Democratic Legitimacy of Bias Crime Laws: Public Reason and the Political Process

Law and Philosophy -     

Is Fluorescence Under an Alternate Light Source Sufficient to Accurately Diagnose Subclinical Bruising?

This single‐blinded, randomized validation study was conducted to evaluate whether fluorescence under alternate light sources (ALS) is sufficient to diagnose subclinical bruising (bruising not visible under white light). Standardized trauma was induced on randomly selected ventral forearms. On days 1, 7, and 14 investigators independently examined case forearms under white light for perceived bruising and under ALS for fluorescence and compared body maps. 56 case and 62 control forearms (n = 118) were examined. Sensitivity of ALS on days 1, 7, and 14 was 76.8%, 69.6%, and 60.7%, respectively, compared to 69.6%, 60.0%, and 32.1% for white light. The specificity of ALS on days 1, 7, and 14 was 51.6%, 59.7%, and 53.2%, respectively, compared to 71.0%, 81.4%, and 86.9% for white light. ALS has increased sensitivity yet low specificity compared to white light in accurately detecting bruises. Fluorescence under ALS is not sufficient to accurately or responsibly diagnose subclinical bruising.