Deliberative Look at Alternative Dispute Resolution and the Rule of Law, A

This paper critiques the foundations of Aragaki\u27s analysis, but also gives credit on the importance of dealing with people as less than fully rational. The critique suggests, again, a deep commonality between DD and ADR and potential improvements to both approaches. True collaboration between these approaches, however, requires some re-theorizing of both, including a reconsideration of rationality itself. This paper will sketch some ways in which this might be achieved and, in particular, how DD theory and research may prove helpful for ADR

Stealth Democracy: Authoritarianism and democratic deliberation

In Stealth Democracy, Hibbing and Theiss-Morse seek to show that much of the American public desires stealth democracy --a democracy run like a business with little deliberation or public input. The authors maintain that stealth democracy beliefs are largely reasonable preferences, and the public does not want and would react negatively to a more deliberative democracy. This paper introduces an opposing authoritarian stealth democrats thesis that suggests that stealth democracy beliefs may be driven by authoritarianism and a variety of related orientations including poor political perspective taking and low cognitive engagement. These orientations may be ameliorated through democratic deliberation. Hypotheses are tested with survey and experimental data from deliberations with a RDD sample of 568 Pittsburgh residents and of 99 Canadian young adults. Using confirmatory factor analysis and OLS regression with cluster-robust standard errors, the paper finds that authoritarianism and related orientations strongly explain stealth democracy beliefs among deliberation participants and that deliberation significantly reduces stealth democracy beliefs and factors behind these beliefs

Stealth Democracy: Authoritarianism and Democratic Deliberation

In Stealth Democracy, Hibbing and Theiss-Morse seek to show that much of the American public desires stealth democracy --a democracy run like a business with little deliberation or public input. The authors maintain that stealth democracy beliefs are largely reasonable preferences, and the public does not want and would react negatively to a more deliberative democracy. This paper introduces an opposing authoritarian stealth democrats thesis that suggests that stealth democracy beliefs may be driven by authoritarianism and a variety of related orientations including poor political perspective taking and low cognitive engagement. These orientations may be ameliorated through democratic deliberation. Hypotheses are tested with survey and experimental data from deliberations with a RDD sample of 568 Pittsburgh residents and of 99 Canadian young adults. Using confirmatory factor analysis and OLS regression with cluster-robust standard errors, the paper finds that authoritarianism and related orientations strongly explain stealth democracy beliefs among deliberation participants and that deliberation significantly reduces stealth democracy beliefs and factors behind these beliefs

Agency Theory: Toward a Framework for Research in the Public’s Support for and Understanding of Science

Public understanding of science and public engagement around science policy issues takes place within a complex system involving public opinion, values, identities, social groups, media, and social, economic, and political structures and influences. This paper offers a theory of agency that bridges the psychological and sociological and thereby offers a theoretical framework for understanding the system underlying public understanding of science, support for science, and the implications of public engagement. Agency theory integrates elements of well-established social science theories into an understanding of human agency. Strategies for improved public engagement are discussed

TVTM: A case study and analysis of 3 virtual representations to support remote collaboration within the fashion industry

This paper investigates whether or not virtual representations can support remote collaboration within the fashion industry using a Textual Virtual Tangible Multi-touch (TVTM) system. The software interface for the TVTM system was developed from the results and feedback from a previous study. Two different types of multi-touch technology were deployed for the case study. The paper then covers the nature of the user testing and how it addresses the hypothesis developed from our pilot study, and team expectations of the participants’ selections of a variety of methods to complete their task. The paper presents the data we collected from the user testing including correlation between various different representations, time taken to finish the task and the difficulty ratings for the three levels of representation. The paper concludes by validating our hypothesis against our findings, and looks at some improvements to the current system and some potential features that might be considered for our next prototype

Agency Theory: Toward a Framework for Research in the Public’s Support for and Understanding of Science

Public understanding of science and public engagement around science policy issues takes place within a complex system involving public opinion, values, identities, social groups, media, and social, economic, and political structures and influences. This paper offers a theory of agency that bridges the psychological and sociological and thereby offers a theoretical framework for understanding the system underlying public understanding of science, support for science, and the implications of public engagement. Agency theory integrates elements of well-established social science theories into an understanding of human agency. Strategies for improved public engagement are discussed

Modulation of the high mobility two-dimensional electrons in Si/SiGe using atomic-layer-deposited gate dielectric

Metal-oxide-semiconductor field-effect transistors (MOSFET's) using atomic-layer-deposited (ALD) Al$_2$O$_3$ as the gate dielectric are fabricated on the Si/Si$_{1-x}$Ge$_x$ heterostructures. The low-temperature carrier density of a two-dimensional electron system (2DES) in the strained Si quantum well can be controllably tuned from 2.5$\times10^{11}$cm$^{-2}$ to 4.5$\times10^{11}$cm$^{-2}$, virtually without any gate leakage current. Magnetotransport data show the homogeneous depletion of 2DES under gate biases. The characteristic of vertical modulation using ALD dielectric is shown to be better than that using Schottky barrier or the SiO$_2$ dielectric formed by plasma-enhanced chemical-vapor-deposition(PECVD).Comment: 3 pages Revtex4, 4 figure