The sensation of self-motion in the absence of physical motion, known as vection, has been
scientifically investigated for over a century. As objective measures of, or physiological …

Moving visual stimuli can elicit the sensation of self-motion in stationary observers, a
phenomenon commonly referred to as vection. Despite the long history of vection research …

The feeling of self-movement that occurs in the absence of physical motion is often referred
to as vection, which is commonly exemplified using the train illusion analogy (TIA). Limited …

The illusory sensation of self-motion is defined as vection. Vection research can help
enhance Virtual Reality applications and improve simulator fidelity as vection appears to be …

Understanding the relationship between vection speed and display speed is important to
help ensure accurate self-motion experiences in a variety of applications. In the present …

Vection has been reported to be enhanced by wind, as long as the wind is a normal
temperature and not hot. However, here we report that a hot wind can facilitate vection, as …

Our ability to perceive and control self-motion is fundamental to our capacity to successfully
navigate and interact with our environment. Distinguishing between our own motion and the …

This special double issue of Annals of Psychology is dedicated to the memory of Professor
Piotr Francuz (1960-2020). In this editorial, we introduce the person of the Professor and …

This special double issue of Annals of Psychology is dedicated to the memory of Professor
Piotr Francuz (1960–2020). In this editorial, we introduce the person of the Professor and …

This special double issue of Annals of Psychology is dedicated to the memory of Professor
Piotr Francuz (1960–2020). In this editorial, we introduce the person of the Professor and …