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Li He (790-816), an outstanding poet full of literary talent in

classical Chinese poem history, his poignant words, incredible literary construction, nether artistic conception and nuanced peculiar poem style owned him the reputation of “ghostly, demonic genius” 鬼才. Scholars demonstrated that his ghostly and demonic style has much to do with

Li He (790-816), an outstanding poet full of literary talent in

classical Chinese poem history, his poignant words, incredible literary construction, nether artistic conception and nuanced peculiar poem style owned him the reputation of “ghostly, demonic genius” 鬼才. Scholars demonstrated that his ghostly and demonic style has much to do with the special imagery and allusion in his poetry. However, this kind of ghostly appeal of literature exactly have much to do with the large quantity of sensory vocabulary that the poet is expert in using in his poems, which evokes resonance from the readers/audiences. Li He fuses visual, auditory, olfactory, gustatory and tactile sensation in his poems, building up his special writing style, evoking and creating a sensorial space for readers. The thesis concentrates on analyzing the sensory vocabulary in Li He’s poetry, sonic depiction in particular, which are rarely discussed before, based on which making further conclusion about the artistic conception and the special style of Li He’s poetry.
ContributorsWen, Yu (Author) / West, Stephen H. (Thesis advisor) / Ling, Xiaoqiao (Committee member) / Oh, Young Kyun (Committee member) / Arizona State University (Publisher)
Created2015
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More than a century of research has investigated the etiology of dyslexia, coalescing around ‘phonological awareness’ – the ability to recognize and manipulate phonemes – as a trait typically deficient in reading disorders. Meanwhile, the last few decades of research in neuroscience have highlighted the brain as a predictive organ,

More than a century of research has investigated the etiology of dyslexia, coalescing around ‘phonological awareness’ – the ability to recognize and manipulate phonemes – as a trait typically deficient in reading disorders. Meanwhile, the last few decades of research in neuroscience have highlighted the brain as a predictive organ, which subliminally calibrates sensory expectations according to experience. Do the brains of adults with dyslexia respond differently than those of matched controls to expected tones and unexpected omissions? While auditory oddball paradigms have previously been used to study dyslexia, these studies often interpret group differences to indicate deficit auditory discrimination rather than deficit auditory prediction. The current study takes a step toward fusing theories of predictive coding and dyslexia, finding that event-related potentials related to auditory prediction are attenuated in adults with dyslexia compared with typical controls. It further suggests that understanding dyslexia, and perhaps other psychiatric disorders, in terms of contributory neural systems will elucidate shared and distinct etiologies.
ContributorsBennett, Augustin (Author) / Peter, Beate (Thesis advisor) / Daliri, Ayoub (Committee member) / Goldinger, Stephen (Committee member) / Arizona State University (Publisher)
Created2023