Felon Disenfranchisement and Democratic Legitimacy

Political theorists have long criticized policies that deny voting rights to convicted felons. However, some have recently turned to democratic theory to defend this practice, arguing that democratic self-determination justifies, or even requires, disenfranchising felons. I review these new arguments, acknowledge their force against existing criticism, and then offer a new critique of disenfranchisement that engages them on their own terms. Using democratic theory’s “all-subjected principle,” I argue that liberal democracies undermine their own legitimacy when they deny the vote to felons and prisoners. I then show how this argument overcomes obstacles that cause problems for other critiques of disenfranchisement

A Horizontal Leap Forward: Formulating a New Communications Public Policy Framework Based on the Network Layers Model

Over the course of the last several decades, legal and structural fictions have evolved and have been integrated into the reality of communications theory and regulation. In this Article, the Author argues that the development of a layers approach to communications regulation of IP networks would lead to greater efficiencies while addressing public policy issues. By reconceptualizing communications regulation along horizontal layers, Mr. Whitt posits that the logical walls surrounding the key components of IP networks should be removed to promote increased functionality of communications oversight and management. In this way, the outmoded vertical separation associated with the legal legacy of communications regulation may be replaced by a horizontal system designed to accommodate new technologies and functions, as opposed to attempting to force congruency between new network characteristics and twentieth century regulations

Adaptive Policymaking: Evolving and Applying Emergent Solutions for U.S. Communications Policy

This Article presents some specific ways that U.S. policymakers should use teachings from the latest thinking in economics to create a conceptual framework in order to grapple with current controversies in communications law and regulation. First, it provides a brief overview of Emergence Economics, with an emphasis on the rough formula of emergence and the unique role of technological change in creating and furthering innovation and economic growth. Second, this paper explicates the general concept of Adaptive Policymaking by governments and includes some proposed guiding principles, an outline of the public policy design space, and an adaptive toolkit to be used by policymakers. Third, this Article discusses devising a policy design space specifically for communications policy, with an emphasis on the institutional and organizational challenges facing the FCC as it seeks to fulfill the suggested goal of furthering More Good Ideas. Finally, this paper explores the conceptual framework for the fitness landscape, including a searching critique of the notion of enabling without dictating evolutionary forces in the marketplace

Through A Glass, Darkly Technical, Policy, and Financial Actions to Avert the Coming Digital Dark Ages

Through A Glass, Darkly Technical, Policy, and Financial Actions to Avert the Coming Digital Dark Age

OLD SCHOOL GOES ONLINE: EXPLORING FIDUCIARY OBLIGATIONS OF LOYALTY AND CARE IN THE DIGITAL PLATFORMS ERA

OLD SCHOOL GOES ONLINE: EXPLORING FIDUCIARY OBLIGATIONS OF LOYALTY AND CARE IN THE DIGITAL PLATFORMS ER

Relationships between Meteorological and other Variables and Bobwhite Spring Call Counts

Accurate assessment of quail population trends is critical to the success of future conservation efforts. Financial considerations and time constraints often limit population trend estimates to indices, the most common of which are spring call counts and autumn covey counts. While all indices have limitations and caveats, spring call count data specifically possess variability that makes them ill-suited for detecting fine-scale trends. However, because spring call counts record calling males and are relatively easy to conduct, they are assumed to represent an index of breeding potential and produce the most data per unit cost. Here, we examine their variability, comparing the number of male northern bobwhites (Colinus virginianus; hereafter, bobwhite) calling and weather measurements recorded during \u3e4,000 spring call counts conducted May–July 2014–2017. The number of male bobwhites recorded per call count decreased \u3e2 hours after sunrise, as ambient temperatures increased, but increased with relative humidity. An increase in ambient noise was associated with recording fewer male bobwhites. There was no correlation with either wind speed/hour for 3 of 4 years, or with the Palmer Drought Severity Index. Comparing these results with other spring call counts in the literature highlights inconsistency in spring call count timing, and discrepancies between call count protocols and weather conditions that affect detection probability. We suggest incorporating these results into future call counts to more accurately assess bobwhite population trends

The Production and Evaluation of Different Genetic Stocks of Largemouth Bass, Micropterus salmoides, for Different Thermal Environments

ID: 8555; issued March 22, 1984INHS Technical Report prepared for Illinois Department of Conservatio

The Resonance Peak in Sr2_2RuO4_4: Signature of Spin Triplet Pairing

We study the dynamical spin susceptibility, $\chi({\bf q}, \omega)$, in the normal and superconducting state of Sr$_2$RuO$_4$. In the normal state, we find a peak in the vicinity of ${\bf Q}_i\simeq (0.72\pi,0.72\pi)$ in agreement with recent inelastic neutron scattering (INS) experiments. We predict that for spin triplet pairing in the superconducting state a {\it resonance peak} appears in the out-of-plane component of $\chi$, but is absent in the in-plane component. In contrast, no resonance peak is expected for spin singlet pairing.Comment: 4 pages, 4 figures, final versio

Correspondence between Jordan-Einstein frames and Palatini-metric formalisms

We discuss the conformal symmetry between Jordan and Einstein frames considering their relations with the metric and Palatini formalisms for modified gravity. Appropriate conformal transformations are taken into account leading to the evident connection between the gravitational actions in the two mentioned frames and the Hilbert-Einstein action with a cosmological constant. We show that the apparent differences between Palatini and metric formalisms strictly depend on the representation while the number of degrees of freedom is preserved. This means that the dynamical content of both formalism is identical.Comment: 6 pages, to appear in Mod. Phys. Lett.