Keeping It Real!: Constructing and Maintaining Traditional Authenticity in a Tibetan Buddhist Organisation in Scotland

Many studies on the westward transplantation of Buddhism focus on the retention of traditional authenticity. The sociological perspective provided here moves the emphasis to the social construction of such claims. The social construction of traditional authenticity will be explored through a study of the Tibetan Buddhist organisation, Rokpa Scotland (RS) and it will be demonstrated that RS constructs claims to traditional authenticity by adapting to the local culture whilst demonstrating links with an ancient practice. These claims are then reified by limiting adaptations and retaining core features associated with Buddhism. None the less adapting to the West can be seen as detraditionalization and can present a threat to claims to traditional authenticity. However, RS can claim to control the detraditionalization process by responding to the effects of reflexive modernization and controlling the flow of information. In controlling detraditionalization RS provides the plausibility structures to maintain claims to traditional authenticity.Tibetan Buddhism, Scotland, Transplantation, Reflexive Modernization, Detraditionalization, Social Constructionism

'You Don't Know How Lucky You Are to Be Here!': Reflections on Covert Practices in an Overt Participant Observation Study

There has been a tendency in sociology to see covert and overt roles of social researchers in participant observation studies as opposites. This is both in terms of the researcher role and the surrounding ethics, with the overt researcher role being seen as fundamentally more ethical than the covert participant observer. However, Calvey (2008) alleged that covert practices often remain unreported in overt accounts. The purpose of this paper is therefore to address this issue through reflections on my own research experience. Drawing on my research with the contemporary spiritual milieu in Scotland, I will argue that the covert and overt roles are far from opposites and should be seen as part of a continuum. The moral high ground attributed to overt research is often questionable and most overt studies will employ covert practices. It will therefore be argued that decisions regarding the role of the participant observer should be grounded in the intellectual contemplation of specific research situations, including ethical considerations, rather than condemning sound social enquiry on the misguided basis that overt research is always superior to covert studies because of its ethical standards. In conclusion it will be argued that all researchers have a responsibility to reflect honestly upon their research experience as part of wider reflexive turn in social research.Participant Observation; Ethics; Covert Research; Overt Research; Informed Consent; Researcher Role; Field Relations; Reflexivity

A land of milk and honey with streets paved with gold: do emigrants have over-optimistic expectations about incomes abroad?

Millions of people emigrate every year in search of better economic and social opportunities. Anecdotal evidence suggests that emigrants may have over-optimistic expectations about the incomes they can earn abroad, resulting in excessive migration pressure, and in disappointment amongst those who do migrate. Yet there is almost no statistical evidence on how accurately these emigrants predict the incomes that they will earn working abroad. In this paper we combine a natural emigration experiment with unique survey data on would-be emigrants’ probabilistic expectations about employment and incomes in the migration destination. Our procedure enables us to obtain moments and quantiles of the subjective distribution of expected earnings in the destination country. We find a significant underestimation of both unconditional and conditional labor earnings at all points in the distribution. This under-estimation appears driven in part by potential migrants placing too much weight on the negative employment experiences of some migrants, and by inaccurate information flows from extended family, who may be trying to moderate remittance demands by understating incomes

Review of ride quality technology needs of industry and user groups

A broad survey of ride quality technology state-of-the-art and a review of user evaluation of this technology were conducted. During the study 17 users of ride quality technology in 10 organizations representing land, marine and air passenger transportation modes were interviewed. Interim results and conclusions of this effort are reported

User evaluation of ride technology research

The 23 organizations queried represent government, carrier, and manufacturing interests in air, marine, rail, and surface transportation systems. Results indicate a strong need for common terminology and data analysis/reporting techniques. The various types of ride criteria currently in use are discussed, particularly in terms of their respective data base requirements. A plan of action is proposed for fulfilling the ride technology needs identified by this study

Violation of Kohler's rule by the magnetoresistance of a quasi-two-dimensional organic metal

The interlayer magnetoresistance of the quasi-two-dimensional metal $\alpha$-(BEDT-TTF)$_2$KHg(SCN)$_4$ is considered. In the temperature range from 0.5 to 10 K and for fields up to 10 tesla the magnetoresistance has a stronger temperature dependence than the zero-field resistance. Consequently Kohler's rule is not obeyed for any range of temperatures or fields. This means that the magnetoresistance cannot be described in terms of semiclassical transport on a single Fermi surface with a single scattering time. Possible explanations for the violations of Kohler's rule are considered, both within the framework of semi-classical transport theory and involving incoherent interlayer transport. The issues considered are similar to those raised by the magnetotransport of the cuprate superconductors.Comment: 5 pages, RevTeX + epsf, 2 figures. Slightly revised version to appear in Physical Review B, May 15, 199

Numerical simulation of dark lanes in post-flare supra-arcade

We integrate the MHD ideal equations to simulate dark void sunwardly moving structures in post--flare supra--arcades. We study the onset and evolution of the internal plasma instability to compare with observations and to gain insight into physical processes and characteristic parameters of these phenomena. The numerical approach uses a finite-volume Harten-Yee TVD scheme to integrate the 1D1/2 MHD equations specially designed to capture supersonic flow discontinuities. The integration is performed in both directions, the sunward radial one and the transverse to the magnetic field. For the first time, we numerically reproduce observational dark voids described in Verwichte et al. (2005). We show that the dark tracks are plasma vacuums generated by the bouncing and interfering of shocks and expansion waves, upstream an initial slow magnetoacoustic shock produced by a localized deposition of energy modeled with a pressure perturbation. The same pressure perturbation produces a transverse to the field or perpendicular magnetic shock giving rise to nonlinear waves that compose the kink--like plasma void structures, with the same functional sunward decreasing phase speed and constancy with height of the period, as those determined by the observations.Comment: Accepted MNRAS, 6 pages, 7 figure

Spin-triplet superconductivity in a weak-coupling Hubbard model for the quasi-one-dimensional compound Li0.9_{0.9}Mo6_6O17_{17}

The purple bronze Li$_{0.9}$Mo$_6$O$_{17}$ is of interest due to its quasi-one-dimensional electronic structure and the possible Luttinger liquid behavior resulting from it. For sufficiently low temperatures, it is a superconductor with a pairing symmetry that is still to be determined. To shed light on this issue, we analyze a minimal Hubbard model for this material involving four molybdenum orbitals per unit cell near quarter filling, using asymptotically exact perturbative renormalization group methods. We find that spin triplet odd-parity superconductivity is the dominant instability. Approximate nesting properties of the two quasi-one-dimensional Fermi surfaces enhance certain second-order processes, which play crucial roles in determining the structure of the pairing gap. Notably, we find that the gap has accidental nodes, i.e. it has more sign changes than required by the point-group symmetry.Comment: Update