526 research outputs found

    "Too many goddamn echoes": historicizing the Iraq War in Don DeLillo's Point Omega

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    This piece provides a detailed engagement with Don DeLillo's depiction of the 2003 Iraq war in his latest novel, Point Omega. Framed through both formal aesthetic signposting of the interrelations between modernist and postmodernist practice and also through explicit thematic comparison between the conflicts, I trace DeLillo's treatment of Iraq in Point Omega back to his earlier writing on the Cold War in Underworld and focus upon the ways in which this comparative historical metaphor can be read with particular emphasis upon its implications for the nation state

    Hybrid basis scheme for computing electrostatic fields exterior to close-to-touching discs

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    This paper presents a simple and effective new numerical scheme for the computation of electrostatic fields exterior to a collection of close-to-touching discs. The method is presented in detail for the two-disc case. The key idea is to represent the required complex potential using a hybrid set of basis functions comprising the usual Fourier–Laurent expansion about each circle centre complemented by a subsidiary expansion in a variable associated with conformal mapping of the physical domain to a concentric annulus domain. We also rigorously prove that there is a representation of the solution in the hybrid basis with a faster decay rate of coefficients than is obtained by using a nonhybrid basis, thereby providing a rationalization for the success of the method. The numerical scheme is easy to implement and adaptable to the case of multiple close-to-touching cylinders

    Helical states of nonlocally interacting molecules and their linear stability: geometric approach

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    The equations for strands of rigid charge configurations interacting nonlocally are formulated on the special Euclidean group, SE(3), which naturally generates helical conformations. Helical stationary shapes are found by minimizing the energy for rigid charge configurations positioned along an infinitely long molecule with charges that are off-axis. The classical energy landscape for such a molecule is complex with a large number of energy minima, even when limited to helical shapes. The question of linear stability and selection of stationary shapes is studied using an SE(3) method that naturally accounts for the helical geometry. We investigate the linear stability of a general helical polymer that possesses torque-inducing non-local self-interactions and find the exact dispersion relation for the stability of the helical shapes with an arbitrary interaction potential. We explicitly determine the linearization operators and compute the numerical stability for the particular example of a linear polymer comprising a flexible rod with a repeated configuration of two equal and opposite off-axis charges, thereby showing that even in this simple case the non-local terms can induce instability that leads to the rod assuming helical shapes.Comment: 34 pages, 9 figure

    My Journey through Writing (2019-2020)

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    In this student example of a critical evaluation we can see how DeLillo makes claims about how his writing works based on citing from his essays within CPN 100, as well as citing from instructor comments and peer review feedback. By using his own writing and feedback he received as “texts,” DeLillo’s critical evaluation offers an example of critical evaluation in the form of an analysis, where the object of study is his own writing in CPN 100.https://digitalcommons.cortland.edu/rhetdragonscriticaleval/1000/thumbnail.jp

    Cities in fiction: Perambulations with John Berger

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    This paper explores selected novels by John Berger in which cities play a central role. These cities are places, partially real and partially imagined, where memory, hope, and despair intersect. My reading of the novels enables me to trace important themes in recent discourses on the nature of contemporary capitalism, including notions of resistance and universality. I also show how Berger?s work points to a writing that can break free from the curious capacity of capitalism to absorb and feed of its critique

    Baader-Meinhof

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    Med udgangspunkt i Gerhard Richters berømte billedserie om Baader-Meinhof-gruppen skildrer Don DeLillo i en kuldslået novelle, der oprindeligt blev publiceret godt et halvt år efter terrorangrebene den 11. september 2001, hvordan terrorens logik også kan gøre sit skræmmende indtog i privatsfæren

    "Death Itself Shall Be Deathless”: Transrationalism and Eternal Death in Don DeLillo’s Zero K

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    The status of human mortality in the face of rapid and overwhelming scientific and technological change is by no means a new topic in DeLillo’s fiction. For many critics, death fulfills a crucial function in the author’s work, its very possibility operating to maintain the boundaries of time and space that are otherwise under threat of disappearance in post war culture. Don DeLillo’s eighteenth novel, Zero K (2016), offers an augmented examination of this conjunction between death and technology, depicting an industrial and scientific landscape where fantasies of eternal life can be legitimately realized via radical advances in cryonic technologies. Yet rather than circumventing death and prolonging life as intended, this article argues that DeLillo instead presents cryonic freezing as a form of eternal death. Subsumed within the technological matrix, death’s ineluctability is disturbed and remodulated, meaning that temporal and spatial boundaries become violently unhinged and entirely immeasurable. This boundlessness becomes vividly mirrored in the architectural and temporal logic of the “Convergence” facility itself, a “transrational” space that unravels concepts such as time, space, language, and subjectivity
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