The promise of virtual reality (VR) as a tool for perceptual and cognitive research rests on
the assumption that perception in virtual environments generalizes to the real world. Here …

With the increase in popularity of consumer virtual reality headsets, for research and other
applications, it is important to understand the accuracy of 3D perception in VR. We …

We assessed the contribution of binocular disparity and the pictorial cues of linear
perspective, texture, and scene clutter to the perception of distance in consumer virtual …

Virtual Reality (VR) is well-known for its use in interdisciplinary applications and research.
The visual representation of these applications could vary depending in their purpose and …

This paper addresses the question: to what extent can deliberate manipulations of
interpupillary distance (IPD) and eye height be used in a virtual reality (VR) experience to …

Distances tend to be underperceived in virtual environments (VEs) by up to 50%, whereas
distances tend to be perceived accurately in the real world. Previous work has shown that …

Distance is commonly underperceived by up to 50% in virtual environments (VEs), in
contrast to relatively accurate real world judgments. Experiments reported by Geuss …

Decades of research have shown that absolute egocentric distance is underestimated in
virtual environments (VEs) when compared with the real world. This finding has implications …

Impaired decision-making leads to the inability to distinguish between advantageous and
disadvantageous choices. The impairment of a person's decision-making is a common goal …

Virtual reality (VR) promises methodological rigour with the extra benefit of allowing us to
study the context‐dependent behaviour of individuals in their natural environment. Pan and …