Brains, it has recently been argued, are essentially prediction machines. They are bundles
of cells that support perception and action by constantly attempting to match incoming …

The types of eye movements shown by all vertebrates originated in the earliest fishes. These
consisted of compensatory movements, both vestibular and visual, to prevent image motion …

Animals actively interact with their environment to gather sensory information. There is
conflicting evidence about how mice use vision to sample their environment. During head …

The Bayesian brain hypothesis provides an attractive unifying framework for perception,
cognition, and action. We argue that the framework can also usefully integrate interoception …

The prototype of a gaze‐controlled, head‐mounted camera (EyeSeeCam) was developed
that provides the functionality for fundamental studies on human gaze behavior even under …

Animals continuously gather sensory cues to move towards favourable environments.
Efficient goal-directed navigation requires sensory perception and motor commands to be …

Why do brains have so many connections? The principles exposed by Andy Clark provide
answers to questions like this by appealing to the notion that brains distil causal regularities …

Immersive virtual reality (IVR) may boost neglect recovery, as it can provide an engaging
experience in a 3D environment. We designed an IVR rehabilitation game for neglect …

Clark appears to be moving toward epistemic internalism, which he once rightly rejected.
This results from a double over-interpretation of predictive coding's significance. First, Clark …

Eye movement research is a highly active and productive research field. Here we focus on
how the embodied nature of eye movements can act as a window to the brain and the mind …