NEUROSCIENCE

Danger and risk are not synonymous. Danger is something that may cause an unpleasant effect of our own or another […]

When skiing, we tend to quickly respond to a stimulus with a single response. When more than one stimulus is

To achieve efficient skiing, we must have certain skills in motion control. Michon (1985) proposes three capacity levels in motion

The intersection of high-velocity skiing and neuroscience reveals a sophisticated survival mechanism: the brain’s ability to transform raw visual data

Speed perception is the ability of our brain to estimate how fast we are moving through the environment. It is

Speed perception in skiing is the brain’s ability to interpret how fast we are moving across the snow relative to

The visual flow field, often called optic flow, is the pattern of apparent motion of objects, surfaces, and edges in

Skiing could be taken as an example of multitasking conception since we must control our balance on two boards that

Moving on skis requires integrating information from multiple sensory inputs, primarily visual, tactile, and auditory. Visual information on slope activity

Sports chronobiology examines how the body’s internal biological clock influences athletic performance, recovery, and injury risk. Every skier operates on