Studies using the lexical decision task with English stimuli have demonstrated that homophones are responded to more slowly than nonhomophonic controls. In contrast, several studies using Chinese stimuli have shown that homophones are responded to more rapidly than nonhomophonic controls. In an attempt to better understand the impact of homophony,…

Cantonese shape classifiers encode perceptual information that is characteristic of their associated nouns, although certain nouns are exceptional. For example, the classifier "tiu" occurs primarily with nouns for long-narrow-flexible objects (e.g., scarves, snakes, and ropes) and also occurs with the noun for a (short, rigid) key. In 3…

The cognitive profiles of children with Developmental Reading Disorder (RD) and Attention-Deficit/Hyperactivity Disorders (ADHD) have been extensively studied in alphabetic language communities. Deficits in phonological processing and rapid naming have been implicated as core features of RD although whether the latter is a deficit specific to RD…

According to recent neurolinguistic theories and research, language and other analytic functions are located on the left side of the brain, while spatial and configurational abilities are located on the right side. However, there is some evidence that while learning a language requires the use of both hemispheres of the brain, the right hemisphere…

When two Japanese adults named colors written in Kanji, a logographic orthography, and in Kana, a syllabary, the latency to vocalization was consistently less for Kana. This superiority of Kana is attributed to the closer relation of Kana to phonology and, therefore, to speech. (Author/RL)

First-year students of Chinese at the United States Air Force Academy (n=60) were tested for reading speed and comprehension of Chinese passages presented either in characters or romanization. Students read faster and understood more in romanization than in characters. (LMO)

Twenty-two Cantonese-speaking Chinese students and 16 Spanish-speaking students were tested for short-term memory encoding strategies on word-recognition tests. Chinese speakers were found to encode Chinese ideographs phonologically, but both Chinese and Spanish learners of English were found to encode English words visually. (Author/CFM)