Brain-computer interfaces (BCIs) are devices that enable people to communicate via thought
alone. Brain signals can be directly translated into messages or commands. Until recently …

Our body can be seen as an anchor that tightly connects us with the surrounding physical
world. Concepts of body‐centred interaction have been successfully applied in virtual and …

We live almost literally immersed in an artificial visual world, especially motion pictures. In
this exploratory study, we asked whether the best speed for reproducing a video is its …

Our world is full of motion. Nearly all animals have the ability to locomote, and most use
movement as the primary way to find food, potential mates, and safe shelter. Consequently …

French composer Maurice Ravel was described by critics as a magician, conjurer, and
illusionist. Scholars have been aware of this historical curiosity, but none so far have …

Understanding how humans code for and respond to environmental uncertainty/regularity is
a question shared by current computational and neurobiological approaches to human …

The timing of brief stationary sounds has been shown to alter different aspects of visual
motion, such as speed estimation. These effects of auditory timing have been explained by …

An audio-visual experiment using moving sound sources was designed to investigate
whether the analysis of auditory scenes is modulated by synchronous presentation of visual …

While Aristotle acknowledges the connection between rhetoric, biology, and cognitive
abilities, scholarship continues to struggle to integrate the fields of rhetoric and …

Adaptation to visual or auditory motion affects within‐modality motion processing as
reflected by visual or auditory free‐field motion‐onset evoked potentials (VEP s, AEP s) …