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1 ircuit, play an important role in timing and time perception.
2 f time are coded for in oscillator models of time perception.
3 vely inducing "jet lag" and causing impaired time perception.
4 oints to the underlying neural mechanisms of time perception.
5 trast, processing speed correlated best with time perception.
6 pendently also improved trial initiation and time perception.
7 nts on reaction time, response accuracy, and time perception.
8 Individuals with ADHD struggle with time perception.
9 and methods to probe factors that influence time perception.
10 ed in the psychopathology of ADHD, including time perception.
11 help to illuminate the complex mechanisms of time perception.
12 echanistically contributing to distortion in time perception.
13 ontribute to intra-individual variability in time perception.
14 xamining the impact of alpha oscillations on time perception.
15 ABA contributes to individual differences in time perception.
19 lic that acutely causes distortions of space-time perception and ego dissolution, produces rapid and
21 ppropriate behaviour, reversal, personality, time perception and emotion; and dorsolateral prefrontal
22 tes the degree of influence of numerosity on time perception and impairs precise time estimation.
23 These results were unrelated to subjective time perception and independent of mood and anxiety symp
24 evidence for a link between image features, time perception and memory that can be further explored
26 st common general anesthetic, isoflurane, on time perception and the circadian clock using the honeyb
29 ogy of consciousness, self, body-experience, time-perception and intersubjectivity of neuropsychiatri
34 alpha oscillations may influence one-second time perception by modulating their frequency and power.
37 and mobility) and subjective confinement on time perception (duration, passage of time and temporal
38 y constraint our model naturally endogenizes time perception during noisy efficient encoding to predi
39 ovides a window into the brain mechanisms of time perception, enabling us to examine how the brain gr
41 discrimination task increased the acuity of time perception in a group of subjects that also exhibit
44 a network of regions typically active during time perception including the right supplementary motor
49 we provide a novel explanation for how human time perception might be accomplished, based on non-temp
50 s measured using an implicit marker based on time perception, namely a shift in the perceived time of
51 lateral prefrontal cortex (rDLPFC)-a part of time perception network-using HD-tDCS and subsequently r
53 Discriminant analyses identified a change in time perception of both actions and their negative outco
55 or further investigations of the key role of time perception on altered sense of self and agency in b
56 onflict with historically dominant models of time perception, recent evidence suggests that the encod
60 thodal stimulation accelerated responses for time perception task and decreased the magnitude of glob
62 e degree of biasedness of human choices in a time perception task, suggesting that alpha activity ind
64 ) lesions and control subjects performed two time perception tasks (duration perception, wherein the
67 gh the direct action of the drug but changes time perception through the CRs elicited by drug adminis
68 ip between alpha peak modulation by tACS and time perception using repeated measures ANOVAs, but no s
69 To investigate the neuronal correlates of time perception, we recorded from neurons in the prefron
70 This dissociated from more basic auditory timing perception, which did not correlate with output f
71 whether the olivo-cerebellar system mediates time perception without motor behavior remains controver
72 Alpha oscillations have been implicated in time perception, yet a consensus on their precise role r