1,622 research outputs found

    Charles Simic's uses of his-story

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    Dissertação (mestrado) - Universidade Federal de Santa Catarina, Centro de Comunicação e ExpressãoEssa dissertação investiga como os eventos históricos são recriados na poesia de Charles Simic. O propósito dessa investigação é contribuir para uma leitura dos trabalhos de Simic, buscando as inter-relações do pessoal com o histórico, mostrando assim, como a poesia do autor, relacionada principalmente à Segunda Guerra Mundial, é válida como instrumento histórico. Durante este estudo, são analisado diferentes gêneros usados por Simic, como poemas, poemas em prosa, ensaios, artigos e entrevistas. A base teórica pressupõe a leitura e análise de teóricos influentes, como James Longenbach, Friedrich Nietzsche e Hayden Whit

    Reading of selected poetry

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    2007 U.S. Poet Laureate Charles Simic, the author of eighteen collections of poetry, is also an essayist, translator, editor, and professor emeritus of creative writing and literature at the University of New Hampshire. He won the Pulitzer Prize in 1990 for his book of prose poems The World Doesn\u27t End, and his 1996 collection, Walking the Black Cat, was a finalist for the National Book Award for Poetry. His most recent poetry volume is That Little Something (2008). Simic held a MacArthur Fellowship from 1984-1989, and has also held fellowships from the Guggenheim Foundation and the NEA. In 2007, the same day he was appointed Poet Laureate, Simic received the Wallace Stevens Award from the Academy of American Poets for outstanding and proven mastery in the art of poetry

    Reading of selected poetry

    No full text
    2007 U.S. Poet Laureate Charles Simic, the author of eighteen collections of poetry, is also an essayist, translator, editor, and professor emeritus of creative writing and literature at the University of New Hampshire. He won the Pulitzer Prize in 1990 for his book of prose poems The World Doesn\u27t End, and his 1996 collection, Walking the Black Cat, was a finalist for the National Book Award for Poetry. His most recent poetry volume is That Little Something (2008). Simic held a MacArthur Fellowship from 1984-1989, and has also held fellowships from the Guggenheim Foundation and the NEA. In 2007, the same day he was appointed Poet Laureate, Simic received the Wallace Stevens Award from the Academy of American Poets for outstanding and proven mastery in the art of poetry

    Assessing drive tourists' preferences and motivations: A case study of Bella Coola, British Columbia

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    The objectives of this research were to: 1) Gain an understanding of the drive tourism market in the Bella Coola Valley and particularly visitors’ characteristics, length of stay, and behaviour whilst in the valley. This would be done by implementing a quantitative self completed survey. 2) Trial a qualitative research tool which will seek to explore the psychographic profiles of the RV market. This research tool would consist of in-depth, open ended interviews and focus groups.Final Report of Findings. -- Prepared by Dr. Anne Hardy and Jovan Simic, Resource Recreation and Tourism Program, University of Northern British Columbia, for: BC Ferries, Central Coast Regional District, Bella Coola Valley Tourism, BC Real Estate Partnering Fun

    SimiC enables the inference of complex gene regulatory dynamics across cell phenotypes

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    Single-cell RNA-Sequencing has the potential to provide deep biological insights by revealing complex regulatory interactions across diverse cell phenotypes at single-cell resolution. However, current single-cell gene regulatory network inference methods produce a single regulatory network per input dataset, limiting their capability to uncover complex regulatory relationships across related cell phenotypes. We present SimiC, a single-cell gene regulatory inference framework that overcomes this limitation by jointly inferring distinct, but related, gene regulatory dynamics per phenotype. We show that SimiC uncovers key regulatory dynamics missed by previously proposed methods across a range of systems, both model and non-model alike. In particular, SimiC was able to uncover CAR T cell dynamics after tumor recognition and key regulatory patterns on a regenerating liver, and was able to implicate glial cells in the generation of distinct behavioral states in honeybees. SimiC hence establishes a new approach to quantitating regulatory architectures between distinct cellular phenotypes, with far-reaching implications for systems biology

    Mixture of Gases with Multi-Temperature: Maxwellian Iteration

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    In this paper a hyperbolic model is proposed for mixtures of gases which are neither viscous, nor heat-conducting (Eulerian fluids). It is built upon assumption that each constituent obeys it's own temperature. Restrictions to the structure of the model come out from basic principles of extended thermodynamics, i.e. Galilean invariance of balance laws and entropy inequality. Hierarchy of hyperbolic subsystems is recognized, with a single-temperature model as principal subsystem and classical Euler's equations as equilibrium subsystem. Finally, in order to relate this model to classical thermodynamics, a Maxwellian iteration is performed in the case of binary mixture, giving rise to a relation between the diference of non-equilibrium temperatures of constituents and classical fields

    Mixture of Gases with Multi-temperature: Identification of a macroscopic average temperature

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    In this paper we present the model of a mixture of gases in which each constituent has it's own temperature. We review some recent results, in particular concerning the global existence of smooth solutions. Than we deduce a solution of the di®er- ential system under the assumption that the ̄elds depend only on time. In this way, we are able to identify a possible natural macroscopic average temperature

    Ivana Milojevic, 'Breathing: Violence In, Peace Out', Brisbane: University of Queensland Press, 2013, ISBN 9 7807 0224 9693, 296 pp., $39.95

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    This is a rare type of book that interweaves personal narrative with critical commentary on violent conflict and the possibilities of peace. The author, while reflective and mindful of her narrative, does not shy away from the bite of reality. As she says in the introduction:Full Tex

    On the Hyperbolic System of a Mixture of Eulerian Fluids: A Comparison Between Single- and Multi-Temperature Models

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    The first rational model of homogeneous mixtures of fluids was proposed by Truesdell in the context of rational thermodynamics. Afterwards, two different theories were developed: one with a single-temperature (ST) field of the mixture and the other one with several temperatures. The two systems are from the mathematical point of view completely different and the relationship between their solutions was not clarified. In this paper, the hyperbolic multi-temperature (MT) system of a mixture of Eulerian fluids will be explained and it will be shown that the corresponding single-temperature differential system is a principal subsystem of the MT one. As a consequence, the subcharacteristic conditions for characteristic speeds hold and this gives an upper-bound esteem for pulse speeds in an ST model. Global behaviour of smooth solutions for large time for both systems will also be discussed through the application of the Shizuta– Kawashima condition. Finally, as an application, the particular case of a binary mixture is considered
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