Objective. Reorienting is central to how humans direct attention to different stimuli in their
environment. Previous studies typically employ well-controlled paradigms with limited eye …

Objective. When multitasking, we must dynamically reorient our attention between different
tasks. Attention reorienting is thought to arise through interactions of physiological arousal …

The virtual reality (VR) has nowadays numerous applications in training, education, and
rehabilitation. To efficiently present the immersive 3D stimuli, we need to understand how …

Introduction Eye-tracking technology provides a reliable and cost-effective approach to
characterize mental representation according to specific patterns. Mental rotation tasks …

In the present study, we aim to explore whether and how well we can predict tasks based on
eye movements in a virtual environment. We designed four different tasks in which …

Numerous studies have demonstrated that visuospatial attention is a requirement for
successful working memory encoding. It is unknown, however, whether this established …

Virtual Reality (VR) technology has advanced to include eye-tracking, allowing novel
research, such as investigating how our visual system coordinates eye movements with …

Eye tracking has been an essential tool within the vision science community for many years.
However, the majority of studies involving eye-tracking technology employ a relatively …

Research investigating gaze in natural scenes has identified a number of spatial biases in
where people look, but it is unclear whether these are partly due to constrained testing …

With every eye movement, visual input projected onto our retina changes drastically. The
fundamental question of how we keep track of relevant objects and movement targets has …