Video Games and Your Brain
Video games are a multi-million dollar industry, with the majority of sales being to children. As such, video games have formed the bedrock of many industries and social interaction. Children use video games to communicate with each other, to improve critical thinking skills, to increase spatial awareness, memory, hand-eye coordination and problem solving abilities. In schools, homework is often done while playing video games.
A video game is any electronic device that involves interaction with a user interface or the physical device, including a mouse, game pad, keyboard, joystick, or motion sensitive gadget. While most modern gaming machines include built-in keyboards and joysticks, many older video gaming machines require players to use external devices, such as joysticks, buttons, and trackballs. Most video gamers also spend hours in front of a console, watching their favorite movies, television shows or playing video games.
Although gaming has been increasing steadily over the past two decades, there is still very little research being done on its various health impacts. One major area of research includes studying the effect of virtual reality on people’s moods, alertness, attention and other physical and psychological functions. Video game researchers are currently conducting studies to determine how the effects of augmented reality applications can be controlled, especially in driving. Augmented reality is a technology that combines the use of digital content with real world objects. For instance, images from the road ahead of you on a highway can be overlaid on top of what you are currently looking at, so that you can see cars whizzing by on the road ahead. Visit 메이저사이트 to understand what chances you have.
In one study, researchers at the University of Toledo in Ohio are investigating how video gaming affects the way we think. The study is being conducted by Dr. James Bavelier, a professor in the neuroscience department of the university. Dr. Bavelier and his team are currently examining the relationship between the brain’s fluid mechanics and the way a gamer’s eyes move. Their goal is to find out how certain eye movements affect the brain’s processing of visual information. They are particularly interested in two areas: how a player’s eyes track movement and how a video gaming system determines a player’s position in three dimensions.
According to the researchers, the findings from their previous research “suggest that people play video games that require a high amount of working memory but also that they have trouble with tasks requiring less working memory.” The scientists further noted that the connection between the two regions of the brain was largely related to the region of the brain which is referred to as the lingual cortex. The region of the brain that controls language plays an important role in a person’s ability to perform well academically and do well in other areas of life. According to the researchers, it is possible that the same neural mechanisms that affect speech are responsible for the increased ability to do well academically in video games. The fact that Dr. Bavelier is interested in studying the relationship between language and cognition in relation to video games is an exciting idea. Science can only tell what is going on in the brain when people are engaged in many different activities.
In addition to Dr. Bavelier, several other renowned scientists are trying to pinpoint how the brain changes as people play different types of games. One group of researchers, headed by John Eastwood at the University of Southern California, has been investigating how the visual cortex and the supplementary motor area relate to hand-eye coordination. Another group of researchers, headed by Michael Gazzan at the University of Southern California, has been studying how the brain relates to playing racing car games. And yet another group of scientists, headed by Bahador Bahrami at the University of Southern California, is studying the effect of a type of virtual casino game on a person’s ability to make use of a part of the brain that does not normally function. These different experiments are helping researchers to map out the relationship between different parts of the human brain and how it affects various actions and cognitive abilities. Video games can give people more of an experience than just playing a game: they can be learning about themselves in the process.