Creating the political will necessary for achieving multilateral disarmament : the need for a peace-industrial complex

This dissertation deals with the failure to end the central arms race and provides some alternative proposals. Chapters 1 and 2 look at the failure of governmental disarmament negotiations and the ineffectiveness of the non-governmental peace movement. Chapter 3 outlines the author\u27s recommended comprehensive strategy for ending the arms race? both the need for the US to make a dramatic unilateral initiative to break the deadlock (Super GRIT) and a detailed disarmament treaty. The main problem, as argued by the author, is more one of political will and so it is necessary to find a way of creating the political will to stimulate the US to make that dramatic unilateral initiative. He calls for the creation of a Peace-Industrial Complex. The intellectual arguments for the potential basis of such a complex are to be found in the research done by the United Nations; this is examined throughout Part II (Chapters 4-7). Unfortunately very little attention has been paid by governments to this work. Part III (Chapters 8 and 9) deals in more detail with the recommended Peace-Industrial Complex. Chapter 8 looks at its possible creation and method of work. Chapter 9 suggests that the proposed complex creates a transcending vision: from ‘uclear winter’to ‘nuclear spring’

The Future of the Uniting Church in Australia: The Application of Scenario Planning to the Creation of Four “Futures” for the Uniting Church in Australia

This dissertation examines the future of the Uniting Church through the use of scenario planning. This is the first time that this management technique has been used on an Australian church. Chapter 1 explains why the dissertation was written and how it was done. Chapter 2 provides an overview of the Uniting Church in Australia. Chapter 3 explains the management technique of scenario planning and the creation of scenarios (“futures”). Part II consists five chapters. Chapter 4 is an introduction to the four scenarios (or “futures”). Chapter 5 deals with the first scenario: “Word and Deed” and examines how the Uniting Church could become a church of a small number of large parishes providing both spiritual activities and social welfare. Chapter 6 deals with the second scenario: “Secular Welfare” and examines how the Uniting Church could let the parishes fade away and instead focus on the provision of social welfare (albeit derived from a Christian tradition). Chapter 7 deals with the third scenario: “Return to the Early Church”, which examines how the Uniting Church could reinvent itself as per the first three centuries of the Christian church. Chapter 8 deals with the fourth scenario: “Recessional” in which the Uniting Church is wound up and its assets dispersed. Part III, containing chapter 9, asks the question “Where to from here?” This chapter argues that the Uniting Church has fundamental organizational problems. It then examines some basic ideas to assist the Uniting Church to think about its future. The Appendix contains information on how I work with non-governmental organizations (NGOs) in assessing their future. There is also a detailed Bibliography

The use of Ektacolor Paper as a pre-press color proof

To test the usefulness of Ektacolor Professional Paper as a pre-press color proofing method, one set of three predictor equations for each of the four primary printing inks was derived relating additive exposures on Ektacolor to colorimetric solid ink densities. These relationship would not yield to simultaneous solution. Chromaticity coordinates of several sets of solid inks were matched on Ektacolor with an error of 2-10 MacAdam noticeability units. Probably because of the differences in surface characteristics of Ektacolor and newsprint, a visual match was not achieved

A hierarchical model of transcriptional dynamics allows robust estimation of transcription rates in populations of single cells with variable gene copy number

Motivation: cis-regulatory DNA sequence elements, such as enhancers and silencers, function to control the spatial and temporal expression of their target genes. Although the overall levels of gene expression in large cell populations seem to be precisely controlled, transcription of individual genes in single cells is extremely variable in real time. It is, therefore, important to understand how these cis-regulatory elements function to dynamically control transcription at single-cell resolution. Recently, statistical methods have been proposed to back calculate the rates involved in mRNA transcription using parameter estimation of a mathematical model of transcription and translation. However, a major complication in these approaches is that some of the parameters, particularly those corresponding to the gene copy number and transcription rate, cannot be distinguished; therefore, these methods cannot be used when the copy number is unknown. Results: Here, we develop a hierarchical Bayesian model to estimate biokinetic parameters from live cell enhancer–promoter reporter measurements performed on a population of single cells. This allows us to investigate transcriptional dynamics when the copy number is variable across the population. We validate our method using synthetic data and then apply it to quantify the function of two known developmental enhancers in real time and in single cells

Relationships between bird morphology and prey selection in two sympatric Great Cormorant Phalacrocorax carbo subspecies during winter.

International audienceVariation in bird morphology (notably sex size dimorphism) has been suggested to contribute to differences in food use between individuals. We explore the hypothesis of food partitioning (diet overlap and prey size selection) in two sympatric subspecies of the Great Cormorant Phalacrocorax carbo with respect to bird morphology (subspecies and sex) in inland French waters. These areas represent a recent and increasing contact zone used as a common non-territorial winter feeding area by the continental P. c. sinensis and the marine P. c. carbo subspecies. A high dietary overlap between subspecies and sexes was found at the major sites studied. Prey size selection was found to be site-specific and generally related to a gradient of structural size and body mass (male P. c. carbo > male P. c. sinensis > female P. c. carbo > female P. c. sinensis). With respect to bird morphology, differences in prey size consumed by Great Cormorants were more pronounced between sexes in freshwater habitats than between subspecies. This was reinforced by the fact that P. c. carbo birds entering inland areas were smaller than birds on the coast. These results also suggest that bird morphology is an important determinant of dietary differences. Our study demonstrated that P. c. carbo is an efficient generalist forager in continental areas, and food partitioning in type and size of prey between the two subspecies is low

Search for Branons at LEP

We search, in the context of extra-dimension scenarios, for the possible existence of brane fluctuations, called branons. Events with a single photon or a single Z-boson and missing energy and momentum collected with the L3 detector in e^+ e^- collisions at centre-of-mass energies sqrt{s}=189-209$ GeV are analysed. No excess over the Standard Model expectations is found and a lower limit at 95% confidence level of 103 GeV is derived for the mass of branons, for a scenario with small brane tensions. Alternatively, under the assumption of a light branon, brane tensions below 180 GeV are excluded

Search for Charginos with a Small Mass Difference with the Lightest Supersymmetric Particle at \sqrt{s} = 189 GeV

A search for charginos nearly mass-degenerate with the lightest supersymmetric particle is performed using the 176 pb^-1 of data collected at 189 GeV in 1998 with the L3 detector. Mass differences between the chargino and the lightest supersymmetric particle below 4 GeV are considered. The presence of a high transverse momentum photon is required to single out the signal from the photon-photon interaction background. No evidence for charginos is found and upper limits on the cross section for chargino pair production are set. For the first time, in the case of heavy scalar leptons, chargino mass limits are obtained for any \tilde{\chi}^{+-}_1 - \tilde{\chi}^0_1 mass difference

Search for Low Scale Gravity Effects in e+e- Collisions at LEP

Recent theories propose that quantum gravity effects may be observable at LEP energies via gravitons that couple to Standard Model particles and propagate into extra spatial dimensions. The associated production of a graviton and a photon is searched for as well as the effects of virtual graviton exchange in the processes: e+e- -> gamma gamma, ZZ, WW, mu mu, tau tau, qq and ee No evidence for this new interaction is found in the data sample collected by the L3 detector at LEP at centre-of-mass energies up to 183 GeV. Limits close to 1 TeV on the scale of this new scenario of quantum gravity are set

A Randomized Trial of the Optimum Duration of Acoustic Pulse Thrombolysis Procedure in Acute Intermediate-Risk Pulmonary Embolism: The OPTALYSE PE Trial.

The aim of this study was to determine the lowest optimal tissue plasminogen activator (tPA) dose and delivery duration using ultrasound-facilitated catheter-directed thrombolysis (USCDT) for the treatment of acute intermediate-risk (submassive) pulmonary embolism.This article is freely available via Open Access. Click on the Additional Link above to access the full-text via the publisher's site

Production of Single W Bosons at LEP

We report on the observation of single W boson production in a data sample collected by the L3 detector at LEP2. The signal consists of large missing energy final states with a single energetic lepton or two hadronic jets. The cross-section is measured to be $0.61^{+0.43}_{-0.33} \pm 0.05 \; \rm{pb}$ at the centre of mass energy \sqrt{s}=172 \GeV{}, consistent with the Standard Model expectation. From this measurement the following limits on the anomalous $\gamma$WW gauge couplings are derived at 95\% CL: $\rm -3.6 \Delta \kappa_\gamma 1.5$ and $\rm -3.6 \lambda_\gamma 3.6$