Letter from BJ&B to ITGLWF, May 29, 2007 re: Final Agreement

This document is part of a digital collection provided by the Martin P. Catherwood Library, ILR School, Cornell University, pertaining to the effects of globalization on the workplace worldwide.  Special emphasis is placed on labor rights, working conditions, labor market changes, and union organizing.FLA_BJ_B_Settlement.pdf: 48 downloads, before Oct. 1, 2020

Cascade atom in high-Q cavity: The spectrum for non-Markovian decay

The spontaneous emission spectrum for a three level cascade configuration atom in a single mode high-Q cavity coupled to a zero temperature reservoir of continuum external modes is determined from the atom-cavity mode master equation using the quantum regression theorem. Initially the atom is in its upper state and the cavity mode empty of photons. Following Glauber, the spectrum is defined via the response of a detector atom. Spectra are calculated for the detector located inside the cavity (case A), outside the cavity end mirror (Case B-end emission), or placed for emission out the side of the cavity (Case C). The spectra for case A and case B are found to be essentially the same. In all the cases the predicted lineshapes are free of instrumental effects and only due to cavity decay. Spectra are presented for intermediate and strong coupling regime situations (where both atomic transitions are resonant with the cavity frequency), for cases of non-zero cavity detuning, and for cases where the two atomic transition frequencies differ. The spectral features for Cases B(A) and C are qualitatively similar, with six spectral peaks for resonance cases and eight for detuned cases. These general features of the spectra can be understood via the dressed atom model. However, Case B and C spectra differ in detail, with the latter exhibiting a deep spectral hole at the cavity frequency due to quantum interference effects.Comment: 29 pages, 14 figures; v2: very minor correction to two equations, thicker lines in some figure

An investigation into standards in sustainable design and manufacture

This paper reports upon the application of standards to reduce the negative environmental impacts of manufacturing through product lifecycle planning and closed loop production. By eliminating waste and retaining the energy embodied within materials and components, manufacturing can become more sustainable from both ecological and financial perspectives. Energy consumption and the associated carbon pollution can thus be minimised. Environmental Management System implementation is also considered

A numerical investigation of the solution of a class of fourth-order eigenvalue problems

This paper is concerned with the accurate numerical approximation of the spectral properties of the biharmonic operator on various domains in two dimensions. A number of analytic results concerning the eigenfunctions of this operator are summarized and their implications for numerical approximation are discussed. In particular, the asymptotic behaviour of the first eigenfunction is studied since it is known that this has an unbounded number of oscillations when approaching certain types of corners on domain boundaries. Recent computational results of Bjorstad & Tjostheim, using a highly accurate spectral Legendre-Galerkin method, have demonstrated that a number of these sign changes may be accurately computed on a square domain provided sufficient care is taken with the numerical method. We demonstrate that similar accuracy is also achieved using an unstructured finite-element solver which may be applied to problems on domains with arbitrary geometries. A number of results obtained from this mixed finite-element approach are then presented for a variety of domains. These include a family of circular sector regions, for which the oscillatory behaviour is studied as a function of the internal angle, and another family of (symmetric and non-convex) domains, for which the parity of the least eigenfunction is investigated. The paper not only verifies existing asymptotic theory, but also allows us to make a new conjecture concerning the eigenfunctions of the biharmonic operator

Spirit Peacebuilding Melalui Komunitas Pemuda Di YOGYAKARTA

This research examines the role of youth-based community involved in pence movement on promoting peacebuilding among youths In Yogyakarta and it surrounding. This grassroots Movement as micro-level peacebuilding spectrum ruled by youth faces more challenges in term of students' brawls and othcr violence in which peer-age youths have taken apart in this cases over last few decades. The escalation -of youth violence represented by students of both from university and senior high school getting involved in bowls has Increased to open the access into public sphere and they have made scared everywhere by pointing ‘hoi zone' of violence. Peacebuilding process can lake an important role to end youths' violence by training to attain personal achievement, involving in social activities and addressing a basic peace education so that a “peace” word can be familiar one fid become part of their everyday's life style with friends in school instead of talking about harm and taking revenge against their enemy from other school. Peacebuilding talkabout reconcilitation how to make peace and live in harmony among the people by understanding indigenous capacities which don't merely focus on conflct resolution hut it takes time into sustainable peace process. Youth community/ which concerns on peace movement is the answer for eradicating youth' potential violence in near future. It accomodates widely-opened places, bridging dialog, inviting more and more young generations to meet and talk each other, understanding identities and respecting difference among them. Peace generations represents a community which is active in conflct resolution and peace within youth society. In has involved and initiated many youth activities concerning in peacebuilding process by promoting its core' values such as youth, participations, pluralism, and active non-violence as the essential basic of its movement. In doing so, youth in the community must be frontrunner for peace to make possibility of achieving a real long-term gain of peace cultures and peace patterns, counting for the peaceful means to practice. Youth initiatives, however, to peacebuilding among their peer are exactly needed in process of sustainable peace by intriguing indigenous capacities as main preference to make patterns of peace cultur

Accretion, Primordial Black Holes and Standard Cosmology

Primordial Black Holes evaporate due to Hawking radiation. We find that the evaporation time of primordial black holes increase when accretion of radiation is included.Thus depending on accretion efficiency more and more number of primordial black holes are existing today, which strengthens the idea that the primordial black holes are the proper candidate for dark matter.Comment: 11 pages, 3 figure

Characterization of light production and transport in tellurium dioxide crystals

Simultaneous measurement of phonon and light signatures is an effective way to reduce the backgrounds and increase the sensitivity of CUPID, a next-generation bolometric neutrinoless double-beta decay (0νββ) experiment. Light emission in tellurium dioxide (TeO2) crystals, one of the candidate materials for CUPID, is dominated by faint Cherenkov radiation, and the high refractive index of TeO2 complicates light collection. Positive identification of 0νββ events therefore requires high-sensitivity light detectors and careful optimization of light transport. A detailed microphysical understanding of the optical properties of TeO2 crystals is essential for such optimization. We present a set of quantitative measurements of light production and transport in a cubic TeO2 crystal, verified with a complete optical model and calibrated against a UVT acrylic standard. We measure the optical surface properties of the crystal, and set stringent limits on the amount of room-temperature scintillation in TeO2 for β and α particles of 5.3 and 8 photons/MeV, respectively, at 90% confidence. The techniques described here can be used to optimize and verify the particle identification capabilities of CUPID

Outer zone electrons

Spatial and temporal behavior of high energy trapped electrons in outer zone of magnetospher

Institutional vehicles for place-shaping in remote Australia

© 2015 Taylor & Francis. Some communities in remote Australia represent the most impoverished people in the country, with the problem especially acute amongst Aboriginal and Torres Strait Islanders. Effective remedial intervention is often undermined by the absence of democratically elected, local government institutions. Place-shaping as a developmental process enables local people to become agents of change, and thereby self-determine and shape their places for the future. This paper considers the different institutional structures which could underpin place-shaping in remote settlements. Drawing on a range of governance structures, an emphasis on less traditional entities and polity-forming bodies may better serve the interests of remote people