We recently proposed that systematic underreproduction of time is caused by a general judgment bias towards earlier responses, instead of reflecting a genuine misperception of temporal intervals. Here we tested whether this bias can be explained by the uncertainty associated with temporal judgments. We applied transcranial magnetic stimulation (TMS) to inhibit neuronal processes in the right posterior parietal cortex (PPC) and tested its effects on time discrimination and reproduction tasks. The results show increased certainty for discriminative time judgments after PPC inhibition. They suggest that the right PPC plays an inhibitory role for time perception, possibly by mediating the multisensory integration between temporal stimuli and ot...
Several brain-imaging and lesion studies have suggested a role for the posterior parietal cortex (PP...
While objective time marches, subjective time cadenzas. Objectively, one second lasts one second, ho...
Human time perception is malleable and subject to many biases. For example, it has repeatedly been s...
We recently proposed that systematic underreproduction of time is caused by a general judgment bias ...
Humans perceptual judgments are imprecise, as repeated exposures to the same physical stimulation (e...
Human time perception is malleable and subject to many biases. For example, it has repeatedly been s...
The neural basis of temporal processing is unclear. We addressed this important issue by performing ...
Human experience of time exhibits systematic, context-dependent deviations from clock time; for exam...
AbstractSystematic under-reproduction of time has been interpreted as a misperception of time and, t...
The current research was designed to establish whether individual differences in timing performance ...
How we compute time is not fully understood. Questions include whether an automatic brain mechanism ...
How the human brain perceives time intervals is a fascinating topic that has been explored in many f...
Our subjective perception of time is optimized to temporal regularities in the environment. This is ...
Several brain-imaging and lesion studies have suggested a role for the posterior parietal cortex (PP...
While objective time marches, subjective time cadenzas. Objectively, one second lasts one second, ho...
Human time perception is malleable and subject to many biases. For example, it has repeatedly been s...
We recently proposed that systematic underreproduction of time is caused by a general judgment bias ...
Humans perceptual judgments are imprecise, as repeated exposures to the same physical stimulation (e...
Human time perception is malleable and subject to many biases. For example, it has repeatedly been s...
The neural basis of temporal processing is unclear. We addressed this important issue by performing ...
Human experience of time exhibits systematic, context-dependent deviations from clock time; for exam...
AbstractSystematic under-reproduction of time has been interpreted as a misperception of time and, t...
The current research was designed to establish whether individual differences in timing performance ...
How we compute time is not fully understood. Questions include whether an automatic brain mechanism ...
How the human brain perceives time intervals is a fascinating topic that has been explored in many f...
Our subjective perception of time is optimized to temporal regularities in the environment. This is ...
Several brain-imaging and lesion studies have suggested a role for the posterior parietal cortex (PP...
While objective time marches, subjective time cadenzas. Objectively, one second lasts one second, ho...
Human time perception is malleable and subject to many biases. For example, it has repeatedly been s...