Psychology of TimeSimon Grondin Emerald Group Publishing Limited, 3 nov. 2008 - 368 pagini Recent developments in the field of timing and time perception have not simply multiplied the number of relevant questions regarding psychological time, but they have also helped to provide more answers and open many fascinating avenues of thought. "Psychology of Time" brings together cutting-edge presentations of many of the main ideas, findings, hypotheses and theories that experimental psychology provides to the field of timing and psychological time. The contributors, selected for their ability to address various specific questions, were asked to discuss what is known in their field and what avenues remain to be explored. As a result, this book should point readers in the right direction and guide them to reflect on the various and most fundamental issues on psychological time. It offers a balanced integration of old and sometimes neglected findings and more recent empirical advances, all presented within the scope of the critical sub-fields of psychological time in experimental psychology. |
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Pagina 248
... cerebellum in timing in tapping and circle drawing supports the event - emergent timing distinction , but is not crucial to the idea . It may well be that the cerebellum contributes to both event- and emergent - related processes ...
... cerebellum in timing in tapping and circle drawing supports the event - emergent timing distinction , but is not crucial to the idea . It may well be that the cerebellum contributes to both event- and emergent - related processes ...
Pagina 257
... cerebellum . Journal of Neuroscience , 27 , 6291-6301 . Flash , T. , & Hogan , N. ( 1985 ) . The coordination of arm movements : An experimentally confirmed mathematical model . The Journal of Neuroscience , 5 , 1688-1703 . Franz ...
... cerebellum . Journal of Neuroscience , 27 , 6291-6301 . Flash , T. , & Hogan , N. ( 1985 ) . The coordination of arm movements : An experimentally confirmed mathematical model . The Journal of Neuroscience , 5 , 1688-1703 . Franz ...
Pagina 287
... cerebellum because it was active during the encoding phase of their task , they also pointed out that the cerebellum is known to participate in many sensory and cognitive functions and therefore the activation pattern may merely have ...
... cerebellum because it was active during the encoding phase of their task , they also pointed out that the cerebellum is known to participate in many sensory and cognitive functions and therefore the activation pattern may merely have ...
Cuprins
Methods for Studying Psychological Time | 51 |
Psychophysical Issues in the Study of Time Perception | 75 |
Review of the Literature | 111 |
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activity animals attention auditory basal ganglia behavior bilateral Block brain cached cerebellum Chapter circle drawing closed timelike curves cognitive comparison concept context cortex duration discrimination duration judgments effect Eisler estimation experience Experimental Psychology Figure fMRI Fraisse frequency Friedman function future Grondin haloperidol Hellström Hoopen human information processing internal clock interval involved Ivry Journal of Experimental Journal of Psychology kappa illusion Macar mechanisms Meck method metrical motor movement musical Nakajima neural oscillation neuroimaging nontemporal notion observed participants patterns perceived Perception and Psychophysics phase physical Pouthas prefrontal cortex present prospective prospective memory Psychological Review psychometric function Psychophysics pulse and meter putamen Rammsayer rats receptor relative remember remoxipride reproduction resonance retrospective rhythm rhythmic scrub jays sequences sine tone spacetime specious present stimulus structure studies subjective subsecond synchronization t₁ tapping target temporal information temporal processing theory trials variability visual Weber's law Zakay Zelaznik