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TUTORIAL REVIEW Timing and time perception: A review of recent behavioral and neuroscience findings and theoretical directions

Simon Grondin
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TLDR
A review of recent literature related to psychological time and time perception can be found in this article, where the roles of the cerebellum, of the cerebral cortices, and of the basal ganglia in the timing processes are emphasized.
Abstract
Suppose someone had to prepare a review article on visual perception, instead of time perception. This individual would probably ask for a series of reviews, with at least one—and probably several—dedicated to color, distance, shape, and motion perception, and maybe to other aspects of visual perception. It would be very difficult to complete the same exercise for time perception since the categories of temporal experiences are not as clearly defined. However, for a reader to understand the scope of a text on time perception, it is essential to develop a representation of what the main research avenues or categories are. The present text should help the reader to grasp the scope of recent literature related to psychological time and time perception. After a brief overview of the various perspectives on what could be meant by psychological time, the review will propose to identify of series of key concepts and empirical findings that should delineate the field of time perception and timing, and will discuss some models of time perception. The article also provides a review of the main recent findings in the field in which a neuroscientific approach to timing is adopted. In this section, the roles of the cerebellum, of the cerebral cortices, and of the basal ganglia in the timing processes are emphasized. Time Perception Beyond the Focus of the Present Review

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Citations
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Neural basis of the perception and estimation of time

TL;DR: It is proposed that the interconnections built into this core timing mechanism are designed to provide a form of degeneracy as protection against injury, disease, or age-related decline.
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Pathophysiological distortions in time perception and timed performance

TL;DR: These findings are used to evaluate the Striatal Beat Frequency Theory, which is a neurobiological model of interval timing based upon the coincidence detection of oscillatory processes in corticostriatal circuits that can be mapped onto the stages of information processing proposed by Scalar Timing Theory.
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Problematic smartphone use and relations with negative affect, fear of missing out, and fear of negative and positive evaluation.

TL;DR: Results demonstrated that FoMO was most strongly related to both problematic smartphone use and social smartphone use relative to negative affect and fears of negative and positive evaluation, and these relations held when controlling for age and gender.
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Properties of the Internal Clock: First- and Second-Order Principles of Subjective Time

TL;DR: This review summarizes recent behavioral and neurobiological findings and provides a theoretical framework for considering how changes in the properties of the internal clock impact time perception and other psychological domains.
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When time is space: evidence for a mental time line.

TL;DR: The empirical findings supporting the possibility that humans represent the subjective time flow on a spatially oriented "mental time line" that is accessed through spatial attention mechanisms are presented.
References
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Human time perception and its illusions

TL;DR: The confederacy of recently discovered illusions points to the underlying neural mechanisms of time perception, which is surprisingly prone to measurable distortions and illusions.
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Neuropsychology of timing and time perception.

TL;DR: The conclusion is that the representation of time depends on the integration of multiple neural systems that can be fruitfully studied in selected patient populations.
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Tempo sensitivity in auditory sequences : evidence for a multiple-look model

TL;DR: It was demonstrated that musicians were more sensitive than nonmusicians to changes in tempo, and this was true for single intervals and for regular and irregular sequences, demonstrating the role of training on these abilities.
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Dissecting the brain's internal clock: how frontal-striatal circuitry keeps time and shifts attention.

TL;DR: It is concluded that prefrontal cortex, substantia nigra pars compacta, pedunculopontine nucleus, and the direct and indirect pathways from the caudate to the thalamus may provide the neuroanatomical and neurophysiological substrates that underlie the organism's ability to shift its attention from one temporal context to another.
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Differential effects of auditory and visual signals on clock speed and temporal memory.

TL;DR: The authors posit a model in which auditory and visual signals drive an internal clock at different rates, which is revealed only when the memories for the short and long anchor durations consist of a mix of contributions from accumulations generated by both the fast auditory and slower visual clock rates.
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