Writing to Learn Law and Writing in Law: An Intellectual Property Illustration

This essay, prepared as part of a Symposium on teaching intellectual property law, describes a method of combining substantive law teaching with a species of what is commonly called "skills" training. The method involves assessing students not via traditional final exams but instead via research memos patterned after assignments that junior lawyers might encounter in actual legal practice. The essay grounds the method in the theoretical disposition known generally as "writing to learn." It argues that students are likely to learn intellectual property law effectively if they learn to practice as intellectual property lawyers, and specifically to write as intellectual property lawyers

La estética es la ciencia que estudia la posibilidad del conocimiento en general

Analyzing its main texts, this article aims to elucidate the foundations of Kant's Critique of Judgement. It highlights that what is communicable is the feeling inherent in the "free interplay of faculties". The article grounds the solution to the problem on the "I note" at the end of CJ §: 57 (solution of the antinomy of the taste}, in which Kant says that the pretension of universality of the aesthetical judgement is patterned on the suprasensible level of all faculties, "that in relation to which the intelligible part of our nature gives us as the ultimate goal to have all our cognoscitive faculties in agreement.This suprasensible level,which establishes a relationship between aesthetics and ethics, grounds the claim that everybody "must" agree with our aesthetic judgement in spite of its subjective characte

Uncertainty and Risk:From Entitlement Theory of Justice to Inalienable Rights

The following paper presents a set of philosophical arguments that extend the standard set of property rights under the classical libertarian perspective to include the individual rights to ownership, management and transfer of risk and uncertainty. The paper shows that an extension of property rights, proposed below, strengthens the libertarian arguments concerning the sufficiency of the minimal state for achievement of liberty and justice. However, as argued in the paper, property rights extension alone does not support the argument in favour of the minimal state as a necessary condition for justice. To achieve such argument, we extend the argument concerning the inalienable rights to include the rights to risk and uncertainty. We show that in presence of such rights, the infamous Nozickian assertion concerning the potential implications of continuity of the space of rationality with regards to its role in separation of the human domain from that of the other biological species, no longer holds. In addition we establish that incorporation of individual rights over risk and uncertainty into the set inalienable rights allows for resolution of the Hansson’s causal dilution problem.

Interplay of bulk and interface effects in the electric-field driven transition in magnetite

Contact effects in devices incorporating strongly-correlated electronic materials are comparatively unexplored. We have investigated the electrically-driven phase transition in magnetite (100) thin films by four-terminal methods. In the lateral configuration, the channel length is less than 2 $\mu$m, and voltage-probe wires $\sim$100 nm in width are directly patterned within the channel. Multilead measurements quantitatively separate the contributions of each electrode interface and the magnetite channel. We demonstrate that on the onset of the transition contact resistances at both source and drain electrodes and the resistance of magnetite channel decrease abruptly. Temperature dependent electrical measurements below the Verwey temperature indicate thermally activated transport over the charge gap. The behavior of the magnetite system at a transition point is consistent with a theoretically predicted transition mechanism of charge gap closure by electric field.Comment: 6 pages, 5 figures, to appear in PR

Experimental Test of the Dynamical Coulomb Blockade Theory for Short Coherent Conductors

We observed the recently predicted quantum suppression of dynamical Coulomb blockade on short coherent conductors by measuring the conductance of a quantum point contact embedded in a tunable on-chip circuit. Taking advantage of the circuit modularity we measured most parameters used by the theory. This allowed us to perform a reliable and quantitative experimental test of the theory. Dynamical Coulomb blockade corrections, probed up to the second conductance plateau of the quantum point contact, are found to be accurately normalized by the same Fano factor as quantum shot noise, in excellent agreement with the theoretical predictions.Comment: 4 pages, 4 figures, accepted for publication in Physical Review Letter

Colloidal hard-rod fluids near geometrically structured substrates

Density functional theory is used to study colloidal hard-rod fluids near an individual right-angled wedge or edge as well as near a hard wall which is periodically patterned with rectangular barriers. The Zwanzig model, in which the orientations of the rods are restricted to three orthogonal orientations but their positions can vary continuously, is analyzed by numerical minimization of the grand potential. Density and orientational order profiles, excess adsorptions, as well as surface and line tensions are determined. The calculations exhibit an enrichment [depletion] of rods lying parallel and close to the corner of the wedge [edge]. For the fluid near the geometrically patterned wall, complete wetting of the wall -- isotropic liquid interface by a nematic film occurs as a two-stage process in which first the nematic phase fills the space between the barriers until an almost planar isotropic -- nematic liquid interface has formed separating the higher-density nematic fluid in the space between the barriers from the lower-density isotropic bulk fluid. In the second stage a nematic film of diverging film thickness develops upon approaching bulk isotropic -- nematic coexistence.Comment: 9 pages, 9 figure

Results from the Scottish report card on physical activity for children and youth

The Active Healthy Kids Scotland Report Card aims to consolidate existing evidence, facilitate international comparisons, encourage more evidence-informed physical activity and health policy, and improve surveillance of physical activity. Application of the Active Healthy Kids Canada Report Card process and methodology to Scotland, adapted to Scottish circumstances and availability of data. The Active Healthy Kids Scotland Report Card 2013 consists of indicators of 7 Health Behaviors and Outcomes and 3 Influences on Health Behaviors and Outcomes. Grades of F were assigned to Overall Physical Activity, Sedentary Behavior (recreational screen time), and Obesity Prevalence. A C was assigned to Active Transportation and a D- was assigned to Diet. Two indicators, Active and Outdoor Play and Organized Sport Participation, could not be graded. Among the Influences, Family Influence received a D, while Perceived Safety, Access, and Availability of Spaces for Physical Activity and the National Policy Environment graded more favorably with a B. The Active Healthy Kids Canada process and methodology was readily generalizable to Scotland. The report card illustrated low habitual physical activity and extremely high levels of screen-based sedentary behavior, and highlighted several opportunities for improved physical activity surveillance and promotion strategies

The Nozick Game

In this article I introduce a simple classroom exercise intended to help students better understand Robert Nozick’s famous Wilt Chamberlain thought experiment. I outline the setup and rules of the Basic Version of the Game and explain its primary pedagogical benefits. I then offer several more sophisticated versions of the Game which can help to illustrate the difference between Nozick’s libertarianism and luck egalitarianism