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Three-dimensionality and 'My Brother Jack.' (novel by George Johnston): An article from: Australian Literary Studies
This digital document is an article from Australian Literary Studies, published by University of Queensland Press on May 1, 1997. The length of the article is 4094 words. The page length shown above is based on a typical 300-word page. The article is delivered in HTML format and is available in your Amazon.com Digital Locker immediately after purchase. You can view it with any web browser. From the supplier: The number of dimensions a character or the scenery in the novel 'My Brother Jack' contains is used by author George Johnston to express the different stages of discovering the inner self. The main character, David Meredith, explores himself and his world by examining the proportions of his environment. He rebels against the uniformity of other Australians as they emulate his brother Jack. David's development of individuality is signalled by a shift from two to three dimensions. Cressida Morley, a three-dimensional character who stands out against the sameness of the others, helps him find himself. Citation DetailsTitle: Three-dimensionality and 'My Brother Jack.' (novel by George Johnston) Author: Lee Brotherson Publication:Australian Literary Studies (Refereed) Date: May 1, 1997 Publisher: University of Queensland Press Volume: v18 Issue: n1 Page: p84(6) Distributed by Thomson Gale.
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Non-Commutativity, Infinite Dimensionality and Probability at the Crossroads: Proceedings of the Rims Workshop on Infinite-Dimensional Analysis and Quantum ... Quantum Probability & White Noise Analysis)
Infinite-dimensional analysis and quantum probability have undergone significant developments in the last few years and created many applications This volume includes four expository articles on recent developments in quantum field theory, quantum stochastic differential equations, free probability and quantum white noise calculus, which are targeted also for graduate study. The fourteen research papers deal with most of the current topics, and their interconnections reflect a vivid development in interacting Fock space, infinite-dimensional groups, stochastic independence, non-commutative central limit theorems, stochastic geometry, and so on..
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Polarons in Bulk Materials and Systems with Reduced Dimensionality
An enormous theoretical effort has been made to treat electron-phonon coupled systems, with particular emphasis on Many Body aspects for dense electron systems, taking into account continuum as well as lattice polaron effects. Treating such aspects of polaron theory has been made possible because of powerful Many Body techniques which include: Exact Diagonalization techniques, Quantum Monte Carlo approaches, Density Matrix renormalization group and Dynamical Mean Field Theory. All these advances in polaron theory needed to be accompanied by: (i) an equally important advance in material research which produced many new materials such as the high Tc cuprates, the manganites and nickelates and the fullerines; (ii) as well as significant advances in the refinement of experimental analysis and, in particular, the spectroscopic means such as Angel Resolved Photoemission Spectroscopy, X Ray Absorption Spectroscopy (EXAFS, XANES), Pulsed Neutron Diffraction measurements allowing to study the local dynamical lattice de-formations and optical spectroscopy including time resolved measurements. The scope and purpose of this publication is to review both these theoretical and experimental advances which occurred over the last few decades and to introduce the study of such systems, where both strong electron-electron correlations and large electron-phonon coupling strengths play important roles..
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