One of the main challenges that our visual system must resolve is to judge the current
position of an occluded moving object. This computation is known as motion extrapolation …

The behavioral effects of Transcranial Magnetic Stimulation (TMS) are often nonlinear;
factors such as stimulation intensity and brain state can modulate the impact of TMS on …

Background High-frequency transcranial random noise stimulation (hf-tRNS) is a
neuromodulatory technique consisting of the application of alternating current at random …

Over the last decade, researchers have sought to understand the brain mechanisms
involved in the appreciation of art. Previous studies reported an increased activity in sensory …

Background High frequency transcranial random noise stimulation (hf-tRNS) facilitates
performance in several perceptual and cognitive tasks, however, little is known about the …

Transcranial random noise stimulation (tRNS) is a recent neuro-modulation technique
whose effects at both behavioural and neural level are still debated. Here we employed the …

Several different types of motion mechanisms function in the human visual system. The
purpose of this study was to clarify the type of reference frame, such as retinotopic and …

A long-held view of the visual system is that form and motion are independently analysed.
However, there is physiological and psychophysical evidence of early interaction in the …

Adaptation is essential to interact with a dynamic and changing environment, and can be
observed on different timescales. Previous studies on a motion paradigm called dynamic …

When repeatedly exposed to moving stimuli, the oculomotor system elicits anticipatory
smooth pursuit (ASP) eye movements, even before the stimulus moves. ASP is affected …