Psychology of TimeRecent 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 198
In this section I describe a theory that links the phenomenology of pulse and
meter with concepts of neural oscillation , which is a nonlinear phenomenon .
The basic idea is that when a network of neural oscillators , spanning a range of
natural ...
In this section I describe a theory that links the phenomenology of pulse and
meter with concepts of neural oscillation , which is a nonlinear phenomenon .
The basic idea is that when a network of neural oscillators , spanning a range of
natural ...
Pagina 199
A ) Neural System B ) Model Level ( continuous - time ) Biophysical Input
simplification Excitatory Neuron Inhibitory Neuron х у Oscillator analysis
assumptions discrete - time Output Canonical Figure 6.3 : Neural oscillation . ( A )
A neural ...
A ) Neural System B ) Model Level ( continuous - time ) Biophysical Input
simplification Excitatory Neuron Inhibitory Neuron х у Oscillator analysis
assumptions discrete - time Output Canonical Figure 6.3 : Neural oscillation . ( A )
A neural ...
Pagina 210
sort of phase - dependent input filter , responding strongly to events that happen
near phase zero ( where the oscillator " expects " events to occur ) ... The generic
predictions of the theory arise from mathematical analysis of neural oscillation .
sort of phase - dependent input filter , responding strongly to events that happen
near phase zero ( where the oscillator " expects " events to occur ) ... The generic
predictions of the theory arise from mathematical analysis of neural oscillation .
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Cuprins
Review of the Literature | 111 |
TimeBased Illusions in the Auditory Mode | 139 |
Theory and Experiment | 189 |
Drept de autor | |
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activity animals appears attention auditory behavior Block brain changes Chapter clock cognitive compared comparison concept consider context continuous described determine discrimination duration early effect estimation et al evidence example expected experience Experimental Psychology Figure findings frequency function future human illusion important increased interval involved Journal Journal of Experimental judge judgments Large longer mean measure mechanisms memory meter method motor movement musical nature neural noted notion observed occurred oscillation participants past patterns perceived perception performance period phase physical present Press processing produce prospective Psychophysics pulse range rats reference relative remember reported reproduction resonance response Review rhythm Science sequences short showed sound specific stimulus structure studies subjective successive suggested tapping task temporal theory tone trials University variability York