ADR and the Professional Responsibility of Lawyers
Should the meaning of “ethical” lawyering change in the ADR context? This article contains several essays arguing that change is needed, that current ethics rules and codes must be adjusted, and new rules must be drafted that respond to the subtleties and complexities of the issues raised in ADR legal practice. Professor Carrie Menkel-Meadow provides an overview of the major ethical issues facing lawyers in ADR practice and reviews the current ethics rules landscape in ADR. Professor Robert Cochran offers a proposal to amend the current professional responsibility rules to include a mandate for advising clients of ADR options. Professor Kimberlee Kovach argues in favor of a new ethic for non-adversarial representation. Finally, Professor Stephen Huber addresses a number of critical ethical issues implicated by arbitration practice.
Telling Stories in School: Using Case Studies and Stories to Teach Legal Ethics
The Foreword to this Symposium issue reviews the law and literature movement in law and suggests ways of using cases, stories and narratives (real, simulated and imagined) to teach about legal ethics, lawyering and decision-making. The essay reviews some of the "classics" in legal ethics fiction and introduces the articles in the issue which discuss real cases, simulations, fictionalized real cases and literary treatments of lawyering ethics issues and moral dilemmas.
Spectroscopy of high rate events during active interrogation
Abstract Pulsed accelerators are being used for radiographic inspections in homeland security applications. Adding spectroscopic detection capability enables additional information to be extracted but challenges signal processing hardware. This work compares two approaches to cost-effective digital spectroscopy systems designed to handle these high rate scenarios. In the first system, the signal from a PMT is directly digitized and then deconvolved on a PC using standard techniques. Bypassing the preamplifier, this system can handle high count rates (>10 6  cps) from an LaCl 3 detector with no dead time and an energy resolution of 5% at 1.33 MeV. Spectra acquired from fission product gamma rays between interrogation pulses are shown. At higher rates, this approach is limited by the DAQ transfer rate to the PC. Instead, we tested a fast ADC (125 MSPS) and an FPGA that performed onboard, real-time digital signal processing (DSP). The energy spectrum is generated on the FPGA board during the measurement and transferred later. This system was tested in nuclear resonance fluorescence (NRF) experiments. Resonance peaks from NRF reactions are shown.