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What is the best and easiest method of preventing counting in different temporal tasks

TLDR
The instructions not to count constitute the simplest and more efficient method of preventing counting in timing tasks, and further studies must now concentrate on the role of explicit instructions in the authors' experience of perception.
Abstract
The aim of the present study was to determine the best and easiest method of suppressing spontaneous counting in a temporal judgment task. Three classic methods used to avoid counting—instructions not to count, articulatory suppression, and administration of an interference task—were tested in temporal generalization, bisection, and reproduction tasks with two duration ranges (1–4 and 2–8 s). All the three no-counting conditions prevented participants from counting, counting leading to estimates that were more accurate and less variable and to violations of the fundamental scalar property of timing. With regard to the differences between the no-counting conditions, the interference task distorted time perception more strongly and increased variability in temporal estimates to a greater extent than did articulatory suppression, as well as the no-counting instructions condition. In addition, articulatory suppression produced more noise in behavioral outcome than did the no-counting instruction condition. In sum, although all methods have disadvantages, the instructions not to count actually constitute the simplest and more efficient method of preventing counting in timing tasks. However, further studies must now concentrate on the role of explicit instructions in our experience of perception.

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Temporal cognition: Connecting subjective time to perception, attention, and memory.

TL;DR: It is shown that many of these connections instantiate a "processing principle," according to which perceived time is positively related to perceptual vividity and the ease of extracting information from the stimulus, which generates testable predictions and provides a starting-point for integrated theoretical frameworks.
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Moments in time

TL;DR: Empirical evidence from psychophysics and neuropsychology on these distinct temporal processing levels on different time scales is presented and discussed within philosophical conceptualizations of time experience.
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Cardiac Signals Are Independently Associated with Temporal Discounting and Time Perception

TL;DR: Preliminary evidence is found that autonomic function plays an important role in both decision impulsivity and time perception, and low-frequency components of heart rate variability were associated with a less accurate perception of time, suggesting that time perception may be modulated by ANS function.
Journal ArticleDOI

Music, emotion, and time perception: the influence of subjective emotional valence and arousal?

TL;DR: The results showed that the effect of tempo in music, associated with a subjective arousal effect, was the major factor that produced time distortions with time being judged longer for fast than for slow tempi.
Journal ArticleDOI

Fear and time: Fear speeds up the internal clock.

TL;DR: Time perception in a bisection task featuring a wide range of durations and highly arousing stimuli showed emotion-related time distortion, as stimulus durations were judged to be longer in the trials with an electric shock than in those without one.
References
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Journal ArticleDOI

PsyScope: An interactive graphic system for designing and controlling experiments in the psychology laboratory using Macintosh computers

TL;DR: The overall organization of the PsyScope program is described, an example of how a simple experiment can be constructed within its graphic environment is provided, and some of its technical features are discussed.
Book

Human memory : theory and practice

TL;DR: This book discusses memory, Emotion and Cognition, and the role of Memory in Cognition - Working Memory, as well as Implicit Memory and Recollection.
Journal ArticleDOI

The neural representation of time

TL;DR: This review summarizes recent investigations of temporal processing and outlines an alternative hypothesis in which the basal ganglia as a specialized timing system is associated with decision processes.
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