What is spatial attention?

Spatial attention is the ability to focus on specific stimuli in the visual environment. When people look at the scenes, even if they can feel as if they are looking at a complex mixture of stimuli, their attention is actually alerted to a handful of critical pieces of data. The brain identifies the most important information in the scene for further exploration and coordinated movements of movements. In humans with neurological disorders, spatial attention may develop. The landscape moves outside the car while the driver tries to stay on the road and maintain a safe distance from other vehicles. Rather, the brain is processed than nonsensical and unimportant information, focusing on the most important data. This may include things such as road signs, a car directly in front of the driver, etc. Instead, the course of time develops because infants interact with their environment. In early childhood development, they provide activities such as grasping toys and navigation in the world, valuable information for future spatial tasksSTI. Children learn how to orient themselves in space and how to find the most suitable information in the environment. For example, a small child obsessed pony would develop spatial attention skills to focus on ponies and pony objects.

The brain also uses special protocols to solve new information. When the data enters the field of view, the brain can decide whether it is important as important. Quick processing allows you to instantly determine the priorities of any threats. This could include things such as flying or falling objects, dangerous animals or other sources of danger. The brain rivets with spatial attention until the problem is resolved AN can return to more common visual processing.

Scientists interested in visual processing and surveys of how the brain can work studies to learn more about spatial attention in people with neurological problems. Some people do not have toIt is able to redirect focus on threats in the environment, for example, or could have a selective processing that differs between eyes. Others may have problems with sorting through numerous stimuli, which may lead to an overload when the brain tries to solve competitive information. For example, some patients with autism have difficulty assessing the importance of objects in their environment and thus perceive scenes very differently from the people around them.