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This paper reviews the mapping between the perception of time and the coding of time in the nervous system. Evidence is marshaled to demonstrate that the mapping is not straightforward, that is, the brain does not necessarily 'use time to encode time'.
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Eagleman D.M., Tse P.U., Buonomano D., Janssen P., Nobre A.C., and Holcombe A.O. Time and the brain: how subjective time relates to neural time. J Neurosci 25 (2005) 10369-10371. This paper reviews the mapping between the perception of time and the coding of time in the nervous system. Evidence is marshaled to demonstrate that the mapping is not straightforward, that is, the brain does not necessarily 'use time to encode time'.
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Eagleman, D.M.1
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This paper shows that flickering displays (especially between 4 and 8 Hz) seem to last longer than static displays. By demonstrating that duration dilation in a dynamic visual display is determined primarily by its temporal frequency, the authors suggested that the crucial element for motion-induced duration dilation is not motion per se.
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Kanai R., Paffen C.L., Hogendoorn H., and Verstraten F.A. Time dilation in dynamic visual display. J Vis 6 (2006) 1421-1430. This paper shows that flickering displays (especially between 4 and 8 Hz) seem to last longer than static displays. By demonstrating that duration dilation in a dynamic visual display is determined primarily by its temporal frequency, the authors suggested that the crucial element for motion-induced duration dilation is not motion per se.
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In this paper, the authors show that subjective duration increases with larger stimulus magnitudes (number of dots, size or luminance of squares, numeric value of digits), indicating a tie between the coding of magnitude information in various domains.
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Xuan B., Zhang D., He S., and Chen X. Larger stimuli are judged to last longer. J Vis 7 (2007) 1-5. In this paper, the authors show that subjective duration increases with larger stimulus magnitudes (number of dots, size or luminance of squares, numeric value of digits), indicating a tie between the coding of magnitude information in various domains.
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Here the authors hypothesize that duration distortions in an oddball paradigm map onto the neural phenomenon of repetition suppression - that is, that subjective duration reflects the size of a neural response. Showing that duration dilation occurs during the violation of sequences further introduced the idea that repetition suppression is a special case of prediction suppression. The paper proposes the novel hypothesis that the amount of neural energy required to represent a stimulus correlates with its perceived duration.
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Pariyadath V., and Eagleman D.M. The effect of predictability on subjective duration. PLoS ONE 2 (2007) 1264. Here the authors hypothesize that duration distortions in an oddball paradigm map onto the neural phenomenon of repetition suppression - that is, that subjective duration reflects the size of a neural response. Showing that duration dilation occurs during the violation of sequences further introduced the idea that repetition suppression is a special case of prediction suppression. The paper proposes the novel hypothesis that the amount of neural energy required to represent a stimulus correlates with its perceived duration.
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This paper explored what happens to the subjective timing of events when an event is causally linked to a subject's intentional action. They suggested that when we perceive our actions to cause the event, it seems to occur earlier than if we did not cause it.
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The authors showed that subjects rapidly adapt to a delay between their actions and sensory feedback so that the feedback seems closer to the action. Importantly, if the feedback is suddenly presented without delay, it seems to occur before the action.
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Stetson C., Cui X., Montague P.R., and Eagleman D.M. Motor-sensory recalibration leads to an illusory reversal of action and sensation. Neuron 51 (2006) 651-659. The authors showed that subjects rapidly adapt to a delay between their actions and sensory feedback so that the feedback seems closer to the action. Importantly, if the feedback is suddenly presented without delay, it seems to occur before the action.
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To determine whether humans can experience increased temporal resolution during frightening events, the authors designed an experiment in which participants could accurately detect a visual stimulus only if they were experiencing supra-normal temporal resolution. Using this technique, they were able to measure a participant's temporal threshold both before and during a frightening event to determine if there was any change in resolution.
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Stetson C., Fiesta M.P., and Eagleman D.M. Does time really slow down during a frightening event?. PLoS One 2 (2007) 1295. To determine whether humans can experience increased temporal resolution during frightening events, the authors designed an experiment in which participants could accurately detect a visual stimulus only if they were experiencing supra-normal temporal resolution. Using this technique, they were able to measure a participant's temporal threshold both before and during a frightening event to determine if there was any change in resolution.
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The authors expand the idea that temporal information can be encoded in the spatial state of a network. In this paper, they point out that there is a good deal of neuronal processing besides action potentials. Inside cells there are regular temporal dynamics (e.g. the time course of intracellular calcium transients), and these dynamics can set the network into particular states at different time points - even when the neurons appear silent from a spiking point of view. The authors provide a proof-of-principle using an artificial neural network that distinguishes temporal patterns based on intracellular dynamics.
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