Lawyers in the Shadow of the Regulatory State: Transnational Governance on Business and Human Rights

Lawyers are beginning to play an important role in strengthening the system of transnational governance that regulates business and human rights. In setting the background to our discussion of lawyers’ role in this context, Part I of this Article provides a general overview of the emergence of the transnational governance regime. Part II then describes some of the governance instruments that attempt to prevent and rectify the adverse human rights impacts of business activities. Part III discusses the extent to which lawyers are advising their business clients on human rights issues, the factors that may inhibit or encourage the provision of such advice, and how the lawyers who are raising these issues are framing these discussions with their clients. Finally, Part IV suggests further areas of inquiry that may enrich our understanding of the role that lawyers can play in helping construct a transnational governance regime on business and human rights

Movements of Channel Catfish and Flathead Catfish in Beaver Reservoir, Northwest Arkansas

A total of 497 channel catfish, Ictalurus punctatus, and flathead catfish, Pylodictis olivaris. were tagged in Beaver Reservoir during two November-April tagging periods (1967-68 and 1968-69); total recaptures were 9.5 and 11.7% respectively. The longest time between tagging and recapture was 1622 days (4.4 years) for channel catfish and 494 days (1.4 years) for flathead catfish. The longest distances traveled were 43.1 km by a channel catfish and 44.3 km by a flathead catfish. Fisherman returns indicated that catfish were caught primarily from April through July. The many recaptures, even after long periods, within 1.6 km of the tagging point, suggested that fish moved little, or had homing tendencies. Captures of fish in trap nets indicated that rainfall and inflow possibly stimulated movements of channel catfish during the winter and early spring

Tunable quantum dots in bilayer graphene

We demonstrate theoretically that quantum dots in bilayers of graphene can be realized. A position-dependent doping breaks the equivalence between the upper and lower layer and lifts the degeneracy of the positive and negative momentum states of the dot. Numerical results show the simultaneous presence of electron and hole confined states for certain doping profiles and a remarkable angular momentum dependence of the quantum dot spectrum which is in sharp contrast with that for conventional semiconductor quantum dots. We predict that the optical spectrum will consist of a series of non-equidistant peaks.Comment: 5 pages, to appear in Nano Letter

Husband and Wife or Family Partnerships

Annual Meeting of the Indiana State Bar Association, Roundtables & Section Meetings, 194