Showing papers on "Time perception published in 1990"
TL;DR: The auditory perception of temporal and spectral information was studied in subjects with lesions in the temporoparietal region of the left (LH group), or right (RH group) hemisphere and showed a "double dissociation": (1) the LH group was impaired in their ability to perceive temporal information, but the perception of spectral Information was normal, and
233 citations
TL;DR: The performance of Parkinson's patients was compared to that of normal controls on memory for temporal order and conditional associative-learning tasks, each of which is sensitive to frontal-lobe dysfunction, and results suggest that the strategic retrieval processes involved in both memory forporal order and learning conditional associations by trial-and-error depend on the integrity of the fronto-striatal system.
124 citations
TL;DR: Reaction times and the relative latency evaluated by the temporal-order-judgment method for two stimuli of different modalities (visual and auditory) were measured; in conflict with Rutschmann and Link's (1964) previous result, the auditory stimulus must be delayed to be perceived simultaneously with the visual one.
Abstract: Reaction times and the relative latency evaluated by the temporal-order-judgment method for two stimuli of different modalities (visual and auditory) were measured. The difference between reaction times for visual and auditory stimuli was about 40 ms. The relative latency was slightly shorter, however; in conflict with Rutschmann and Link's (1964) previous result, the auditory stimulus must be delayed to be perceived simultaneously with the visual one.
94 citations
TL;DR: In this paper, two experiments were conducted to examine children's developing conception of objective time and its relation to time perception, and found that a large number of children aged 4-5, thought the clock went more slowly at night and more rapidly during the day.
6 citations
01 Jan 1990
TL;DR: For instance, the authors found that the perceived duration was strongly affected by both number and duration of hirakanas when they were presented in CVF and RVF, respectively.
Abstract: of subjects were required to read aloud presented characters as fast and acdurately as possible before they estimated the duration. The number of presented lettes had larger effects on time perception when they were presented in RVF than when presented in LVF. Thus, Polzella et al.'s assumption was adequate whether visual stimuli were verbal or not. In addition to this, when additional reading task was required, visual stimuli were differently perceived in length when they were presented in different visual field. The perceived duration was strongly affected by both number and duration of hirakanas when they were presented in CVF. Latencies for reading aloud presented hirakanas showed that processing time of nontemporal information was not directly related to the perceived duration. The applicability of the two-process model for time perception (Thomas & Weaver, 1975) to these results is discussed.