17 research outputs found

    Limits on Anomalous WWγWW\gamma Couplings from ppˉWγ+Xp\bar{p} \to W \gamma + X Events at s=1.8\sqrt{s}=1.8 TeV

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    We have measured the WWγWW\gamma gauge boson coupling parameters using ppˉνγ+Xp\bar{p}\to \ell\nu\gamma+X (=e,μ\ell=e,\mu) events at s=1.8\sqrt{s}=1.8 TeV. The data, corresponding to an integrated luminosity of 89.1 pb^{-1}, were collected using the D0 detector at the Fermilab Tevatron Collider. The measured cross section times branching ratio for ppˉWγ+Xp\bar{p} \to W\gamma+X with pTγp_T^\gamma > 10 GeV/c and Rγ>0.7R_{\ell\gamma} > 0.7 is 11.81.6+1.7±2.0{11.8}^{+1.7}_{-1.6} \pm 2.0 pb, in agreement with the Standard Model prediction. The one degree of freedom 95% confidence level limits on individual CP-conserving parameters are 0.98<Δκ<1.01-0.98<\Delta\kappa<1.01 and 0.33<λ<0.31-0.33<\lambda<0.31. Similar limits are set on the CP}violating coupling parameters.Comment: 10 pages, including two figures. Paper submitted to Phys. Rev. Let

    Personalised Library Portals and Organisational Change

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    Customised and personalised library Web portals have the potential of changing how libraries are used and how librarians will do their work. These portals have the potential of bringing about real change to the library profession and to library organisational culture. Portals will enable libraries to be more customer centred. Systems and processes will be based on dynamically linked and scalable databases that will enable library staff to concentrate much more on content delivery and teaching. These trends will inevitably enhance the academic library"s ability to deliver on its major strategic goal - delivering positive learning outcomes to customers and stakeholders

    Personalised library portals and organisational change

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    <i>Web Portals and Higher Education: Technologies to Make IT Personal</i>. Richard N. Katz

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    CONFERENCE CIRCUIT: From expectations to results: AAHE’s 15th Assessment Forum

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