This is a survey of psychophysical studies of motion perception carried out mainly in the last
10 years. It covers a wide range of topics, including the detection and interactions of local …

To see whether there is a difference in temporal resolution of synchrony perception between
audio–visual (AV), visuo–tactile (VT), and audio–tactile (AT) combinations, we compared …

The human brain processes different aspects of the surrounding environment through
multiple sensory modalities, and each modality can be subdivided into multiple attribute …

Differences in perceptual latency (Δ L) for two stimuli, such as an auditory and a visual
stimulus, can be estimated from temporal order judgments (TOJ) and simultaneity judgments …

When subjects are asked to perceptually bind rapidly alternating color and motion stimuli,
the pairings they report are different from the ones actually occurring in physical reality. A …

For visual processing, the temporal correlation of remote local motion signals is a strong cue
to detect meaningful large-scale structures in the retinal image, because related points are …

Our previous findings suggest that audio-visual synchrony perception is based on the
matching of salient temporal features selected from each sensory modality through bottom …

We often need to search for an object in a dynamic environment. However, there remains a
limited understanding of search processes responding to dynamic inputs of stimuli …

Psychophysical experiments show that two different visual attributes, color and motion,
processed in different areas of the visual brain, are perceived at different times relative to …

As of yet, it is unclear how we determine relative perceived timing. One controversial
suggestion is that timing perception might be related to when analyses are completed in the …