THE PROBLEM OF SOVEREIGNTY, INTERNATIONAL LAW, AND INTELLECTUAL CONSCIENCE

The concept of sovereignty is a recurring and controversial theme in international law, and it has a long history in western philosophy. The traditionally favored concept of sovereignty proves problematic in the context of international law. International law’s own claims to sovereignty, which are premised on traditional concept of sovereignty, undermine individual nations’ claims to sovereignty. These problems are attributable to deep-seated flaws in the traditional concept of sovereignty. A viable alternative concept of sovereignty can be derived from key concepts in Friedrich Nietzsche’s views on human reason and epistemology. The essay begins by considering the problem of sovereignty from the ancient philosophical perspective inherent in the fundamental assumptions and ideas of Plato’s political philosophy and epistemology. It then considers the contemporary problem of sovereignty in the context of international law by examining Louis Henkin’s formulation of and approach to it in his essay That S-Word: Sovereignty, and Globalization, and Human Rights, Etc. Finally, the essay articulates Nietzsche’s views on intellectual conscience, discusses their merits and advantages when used in dealing the problem of sovereignty in the context of international law, and proposes a solution to this problem that draws on the philosophies of Nietzsche, Novalis, Kant and Plato. The essay illustrates the relevance and advantages of this solution by examining the issue of states’ reservations to international treaties and conventions

Does increasing communication through visual learning environments enhance student perceptions of lecturers?

The current study was conducted in an effort to examine whether increased levels of communication using visual learning environments (VLEs) alters student perceptions of lecturers. Eighty-six MSc students in Computing Science participated by using She and Fisher’s (2002) Teacher Communication Behavior Questionnaire (TCBQ). In addition to using the questionnaire, data from the electronic class site were used to make assessments about the quality and quantity of communication. Two types of classrooms were evaluated: a) a control condition in which the lecturer did not alter any communication aspect of the module, and b) the experimental condition in which the lecturer posted weekly discussion topics. Significant differences were found by cultural background and gender of the students. The bulletin board postings in the experimental condition were more heavily content-based than the control condition ones. The consistency in discussion topic of the experimental condition postings, both bulletin board and email, were more fluid than in the control condition

Efficient formulation of the periodic corrections in Brouwer's gravity solution

The periodic terms of Brouwer's gravity solution are reconstructed in a nonsingular set of variables which are derived from the well-known polar-nodal variables. This change does not affect the essence of the solution, which still keeps all the benefits of the action-angle variables approach, and yields two major improvements. Namely, the periodic corrections of Brouwer's solution are now valid for any eccentricity below one and any inclination except the critical inclination, and, besides, are significantly simpler than the nonsingular corrections in Lydanne's reformulation of Brouwer's theory.Comment: 19 page

Mesozoic Coleopteran Faunas fromArgentina: Geological Context, Diversity, Taphonomic Observations, and Comparison with Other Fossil Insect Records

The order Coleoptera is the most diversified group of the Class Insecta and is the largest group of the Animal Kingdom. This contribution reviews the Mesozoic insects and especially the coleopteran records from Argentina, based on bibliographical and unpublished materials (86 described species, 526 collected specimens). The material came from different geological units from the late Middle Triassic to the Late Triassic (Bermejo, Cuyo, and Malargüe basins) to the Middle-Late Jurassic and Early Cretaceous (Deseado Massif, Cañadón Asfalto, and San Luis Basin). The coleopteran record is composed of 29 described species with 262 collected specimens (isolated elytra) mainly represented by Triassic species and only four specimens recorded in Jurassic units, all of them currently unpublished. These fossil coleopterans provide fundamental information about the evolution of insects in the Southern Hemisphere and confirm the Triassic Argentinean insect deposits to be among the most important in the world.Fil: Lara, Maria Belén. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Nordeste. Centro de Ecología Aplicada del Litoral. Universidad Nacional del Nordeste. Centro de Ecología Aplicada del Litoral; ArgentinaFil: Gallego, Oscar Florencio. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Nordeste. Centro de Ecología Aplicada del Litoral. Universidad Nacional del Nordeste. Centro de Ecología Aplicada del Litoral; ArgentinaFil: Vaz Tassi, Lara. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Nordeste. Centro de Ecología Aplicada del Litoral. Universidad Nacional del Nordeste. Centro de Ecología Aplicada del Litoral; Argentin

Short-axis-mode rotation of a free rigid body by perturbation series

A simple rearrangement of the torque free motion Hamiltonian shapes it as a perturbation problem for bodies rotating close to the principal axis of maximum inertia, independently of their triaxiality. The complete reduction of the main part of this Hamiltonian via the Hamilton-Jacobi equation provides the action-angle variables that ease the construction of a perturbation solution by Lie transforms. The lowest orders of the transformation equations of the perturbation solution are checked to agree with Kinoshita's corresponding expansions for the exact solution of the free rigid body problem. For approximately axisymmetric bodies rotating close to the principal axis of maximum inertia, the common case of major solar system bodies, the new approach is advantageous over classical expansions based on a small triaxiality parameter.Comment: 22 pages, 1 figure, to be presented in 2013 AAS/AIAA Astrodynamics Specialist Conference, Hilton Head, South Carolina, August 11 - 15, 201

The slav reception of Gregory of Nyssa’s works: an overview of early slavonic translations

Although a lot has been written about the "translatio" of Byzantine Christianity in the mediaeval Slavia orthodoxa, advancing a critical assessment of the Slav reception of the Greek Fathers remains a precarious undertaking. Although the mere listing of patristic texts in Slavonic translation obviously falls short of the demands of the subject, a notion of the corpus of translated texts is called for. The modest aim of the present article, which deals with the reception of Gregory of Nyssa among the orthodox Slavs, is first and foremost to establish the nature and range of the material reception of his writings by means of an overview of Old Slavonic translations of his works and of substantiated traces of influence of his writings on Slavonic texts, from the time of the Moravian mission (863) throughout the Slav Middle Ages

Supergiant Fast X-ray Transients: a review

Supergiant Fast X-ray Transients are a class of Galactic High Mass X-ray Binaries with supergiant companions. Their extreme transient X-ray flaring activity was unveiled thanks to INTEGRAL/IBIS observations. The SFXTs dynamic range, with X-ray luminosities from 1E32 erg/s to 1E37 erg/s, and long time intervals of low X-ray emission, are puzzling, given that both their donor star properties and their orbital and spin periodicities seem very similar to those displayed by massive binaries with persistent X-ray emission. Clumpy supergiant winds, accretion barriers, orbital geometries and wind anisotropies are often invoked to explain their behavior, but still several open issues remain. A review of the main recent observational results will be outlined, together with a summary of the new scenarios proposed to explain their bright flaring X-ray activity. The main result of a long Suzaku observation of the SFXT IGRJ16479-4514 with the shortest orbital period is also briefly summarized. The observation of the X-ray eclipse in this source allowed us to directly probe the supergiant wind density at the orbital separation, leading to the conclusion that it is too large to justify the low X-ray luminosity. A mechanism reducing the accretion rate onto the compact object is required.Comment: Solicited talk at the 9th INTEGRAL Workshop "An INTEGRAL view of the high-energy sky (the first 10 years)", held in Paris, France, on 15-19 October 2012; accepted for publication in Proceedings of Scienc