This paper reviews our understanding of the interception of moving objects. Interception is a
demanding task that requires both spatial and temporal precision. The required precision …

Highlights•Humans adapt to sensory feedback delays in sensorimotor control and time
perception.•Perceived timing between action and sensation is tightly linked to perceived …

We easily adapt to changes in the environment that involve cross-sensory discrepancies
(eg, between vision and proprioception). Adaptation can lead to changes in motor …

Humans receive sensory information from the past, requiring the brain to overcome delays to
perform daily motor skills such as standing upright. Because delays vary throughout the …

It has been hypothesised that our actions are less susceptible to visual illusions than our
perceptual judgements because similar information is processed for perception and action …

Background While standing upright, the brain must accurately accommodate for delays
between sensory feedback and self-generated motor commands. Natural aging may limit …

The increased reliance on electronic devices such as smartphones in our everyday life
exposes us to various delays between our actions and their consequences. Whereas it is …

To accurately estimate the state of the body, the nervous system needs to account for delays
between signals from different sensory modalities. To investigate how such delays may be …

During visuomotor tasks, robots must compensate for temporal delays inherent in their
sensorimotor processing systems. Delay compensation becomes crucial in a dynamic …

Many daily life situations (eg dodging an approaching object or hitting a moving target)
require people to correct planning of future movements based on previous temporal errors …