371 research outputs found

    Stephane Mallarme: A synthesis of romanticism and parnassianism, 1970

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    The purpose of this paper is to analyse works of Stephane Mallarme, father of Symbolism, pointing out romantic and parnassian elements. Symbolism, like Romanticism, attempted to express the interior thoughts of man. The symbolist movement then, was not only a revolt against Parnassianism but also a return to Romanticism. On the other hand, one would not be incorrect in saying that Romanticism reached its culmination in the works of the symbolists poets. For this reason, an attempt will be made to show that the works of Mallarme, father of Symbolism, can be considered as a synthesis of Romanticism and Parnassianism. This thesis contains three chapters. The first chapter is devoted to a discussion of Romanticism and of Parnassianism. Special attention is given to the origin, development, characteristics and influences of each school. The relationship of one School with the other is also pointed out. The second chapter consists of a biographical sketch of Stephane Mallarme. Special emphasis is placed on factors and events in his life which may have influenced or determined the elements of Romanticism and Parnassianism in his poetry. The third chapter is devoted to an analysis of some of the poems of Stephane Mallarme", "Les Fenetres," V Apparition," "L'Azur," "Toast Funebre," "Le Vierge," "L'Apres-Midi d'un Faune." In these analyses special attention is given to the romantic and parnassian tendencies of the poems. Since these romantic-parnaassian elements occur frequently throughout his works, it has been concluded that Mallarme's poetry can be considered as a synthesis of the two poetic schools

    Nucleon structure studies with the COMPASS experiment at CERN

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    The COMPASS experiment at CERN uses hadron and lepton beams for nucleon structure studies. Most of the data collected so far with a muon beam and either proton or deuteron polarised target were analysed in terms of longitudinally or transversely polarised parton distribution functions and transverse momentum-dependent distributions in the nucleon. A negative hadron beam is used to perform Drell-Yan measurements. The COMPASS large polarised target gives access to several momentum-dependent singlespin asymmetries and provides a stringent test of the fundamental QCD factorisation assumptions. With positive and negative muon beams COMPASS also studies Generalised Parton Distributions using exclusive deeply virtual Compton scattering and meson production experiments. An overview of the most recent COMPASS results is given. The expected physics outcome of the forthcoming measurements is discussed

    Obama's visit to Korea : an unwavering US-ROC alliance amidst regional tensions

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    For more about the East-West Center, see http://www.eastwestcenter.org/Stephane Mot, Independent Author and Blogger living in Seoul, explains that "Obama's visit did not change the opinion of the vast majority of South Koreans who consider the US-ROK alliance to be unequal, but it did further confirm the importance of South Korea for US engagement towards Asia.

    Nucleon Spin And Structure Studies With COMPASS

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    The COMPASS experiment at CERN investigates nucleon structure and spectroscopy with high-intensity muon and hadron beams. Between 2002 and 2004 COMPASS has mainly concentrated on the spin structure of the nucleon via deep-inelastic scattering of polarized muons on polarized nucleons. First results include measurements of the gluon contribution to the nucleon spin via charm production and high-ptp_{t} pairs, A polarization, vector-meson production, Collins and Sivers asymmetries, inclusive and semi-inclusive deep-inelastic scattering asymmetries and a search for pentaquark states. A short overview of these results is presented

    Determination of the gluon contribution to the nucleon spin with COMPASS

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    New double-spin asymmetry data from the COMPASS experiment at CERN are presented. The data are used to determine the polarized gluon distribution ΔG/G(x)\Delta G/G(x), via three different techniques. Next-to-leading order QCD fits to the nucleon polarized structure functions indicate that the first moment of ΔG/G(x)\Delta G/G(x) is small (either positive or negative) and compatible with zero. This observation is corroborated by three measurements of $\Delta G/G(x), based on the photon-gluon fusion process

    Longitudinal spin transfer to Λ\Lambda and anti-Λ\Lambda hyperons

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    The polarisations of Λ\Lambda and Λˉ\bar{\Lambda} hyperons produced in deep inelastic scattering of 160 GeVGeV polarised muons off unpolarised deuterons were studied at the COMPASS experiment at CERN. The longitudinal spin transfer was measured for both hyperons, as a function of the Bjorken xx and the Feynman xFx_{F} variables. The spin transfer to the Λ\Lambda is small and compatible with zero for both xx and xFx_{F} . In contrast, the spin transfer to Λˉ\bar{\Lambda} is positive for both variables, and shows a steep increase for large xFx_{F} . Comparison with theoretical predictions indicates that the polarisation of the Λˉ\bar{\Lambda} hyperon is sensitive to the strange anti-quark distribution in the target nucleon

    FEW-NUCLEON FORM FACTORS

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    COMPASS Status Report 2004

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    Initial-state energy loss in cold QCD matter and the Drell-Yan process

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    International audienceThe effects of parton energy loss in nuclear matter on the Drell-Yan process in pA and πA collisions at fixed-target energies are investigated. Calculations are based on the Baier-Dokshitzer-Mueller-Peigné-Schiff (BDMPS) framework embedded in a next-to-leading order calculation, using the transport coefficient extracted from J/ψ measurements. Model calculations prove in good agreement with preliminary measurements by the E906 experiment, despite a slightly different magnitude, supporting a consistent picture between Drell-Yan and J/ψ data. Predictions for the COMPASS future measurements in πA collisions at s=18.9 \sqrt{s}=18.9 GeV are also performed. At higher collision energy ( s=38.7 \sqrt{s}=38.7 GeV), Drell-Yan measurements are only slightly affected by energy loss effects. On the contrary, the E906 results turn out in clear disagreement with nuclear PDF effects alone. The comparison of E772, E866, and E906 measurements indicates for the first time a clear violation of QCD factorization in Drell-Yan production in pA collisions
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