Gaming on video isn't generally associated with developing the brain or making people more intelligent. However, this is what a lot of research suggests. A lot of kids enjoy engaging in video game play. It's one of the most entertaining and enjoyable games kids can participate in. Children will do anything to win, even giving their brains vigorous exercise.

Intense mental exercise is about mastering many mental and motor demands. According to numerous studies, when players are working on the mental and motor abilities needed to succeed in a game, their brains adjust to the demands through learning and physical growth. Many researchers believe playing video games can be a type of exercise for the brain.

A Silicon Valley research group, S.R.I. International has discovered that video game play can improve cognitive learning in students and enhance problem-solving abilities and memory. Studies have also found improvements in hand-eye coordination, pattern recognition, reaction time, and spatial visualization abilities.

While playing video games, players' brains are stressed and adjust to the challenges they encounter. Researchers have observed that mastering and learning a new task can alter the brain.

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"Videogames change your brain," according to University of Wisconsin psychologist C. Shawn Green, "So do reading and playing the piano or walking through in the city of London and other cities, all of which have been found to alter the physical structure of the brain. The strong mix of attention and the rewarding spikes in neurotransmitters such as dopamine boost neural connections similarly to how exercising builds muscles... The games affect your reward systems in ways that aren't the case with all other activities."

Different video games cannot be played in the same way, so various video games pose different challenges to the brain and demand different thinking abilities. The different ways games are played divide video games into different genres. The most popular genres of video games are first-person shooters, strategic games, simulation games, and puzzle games.

Here are the most well-known genres of games, along with their challenges, which force players' brains to learn, adapt to change, adapt, and get more intelligent. It is important to note that a game may be part of more than one genre and could require the development and application of several abilities:

Strategy Games

The brain is required to strategize, plan and manage the limited available resources and logistics. In a game of strategy, the player needs to be flexible and quick to adjust strategies when an unexpected event occurs, similar to life. Strategy games also involve quick decision-making and analysis often with limited data.

Games that are complex and strategy-based can help improve cognitive abilities like working memory, as well as reasoning.

Starcraft

Starcraft (Franchise latest: Starcraft II)

"Starcraft" is a real-time strategy game in which different alien species battle for supremacy. Each species has its combat units and needs different strategies to prevail. The game is about managing resources to create and maintain units. The study found that playing Starcraft could increase players' "brain flexibility," the capacity to manage the brain's resources to changing conditions, which researchers described as "a cornerstone of human intelligence."

XCom Enemy Unknown

"XCOM: enemy unidentified," a fantasy turn-based strategy game, allows players to decide the destiny of humanity by establishing and managing an operational base researching alien technology, planning the mission of combat and controlling the soldier's movement during battle.

Civilization (Franchise latest: Civilization 6)

Civilization 6 is a strategy game recognized as the most prestigious ever strategy franchise. Players plan their strategy to become the ruler of the World by establishing and developing civilizations since the beginning of time and even into the space age. This involves fighting battles, managing diplomacy, experimenting with new technologies, and fighting with the most outstanding leaders of history.

First Person Shooters

A shooter must have solid hand-eye coordination to become a practical first-person shooter. During the shooting game, the player is aware of the location of the opponent, his speed, where the gun is aiming, and other details. The player is simultaneously working these elements in his brain and can coordinate his brain's interpretation and response to the movements in his fingers and hands. Additionally, he must make quick decisions and take precise actions under stress.

When attempting to use various weapons and powers to take on an adversary, The player's brain undergoes hypothesis testing, which is a crucial basis for thinking scientifically.

The game of first-person shooters has been discovered to increase the strength of cognitive abilities, including the ability to navigate spatially, thinking perception and memory, According to various studies in the article.

The drawback, however, is that many first-person shooter games can be violent and influence the minds of fragile young children.

Overwatch First-Person Shooter

Overwatch

Overwatch is a stylized online multiplayer first-person shooter that takes place within the next few years. It includes a wide range of characters with distinct personalities, including soldiers, mercenaries, scientists, etc. The action is fast-paced and requires players to constantly assess and react in a moment-to- instant decisions based on position maps, layouts, abilities and character choices, enemy positions, and much more. There are a variety of weapons to choose from realistic handguns to the most advanced futuristic weapons; however, the player's most vital tool is the brain. The game requires lots of quick planning and decision-making, strategic and tactical, and hand-eye coordination.

Call of Duty (Franchise latest: Call of Duty WWII)

The game places the player on battlefields in the future that employ new tactics, and advanced weapons are employed to triumph in a highly-tech age of combat. The arsenal of modern weapons includes drones like hoverbikes and specific drones.

According to the findings of a University of Rochester study, shooting villains in video games may improve the vision of players. In a study from 2009, experts who played first-person shooting games such as "Call of Duty" saw an increase in the "contrast sensitivity function," which is the ability to detect subtle variations in the intensity of the image. It is thought to be one of the most challenging visual abilities to decline in time; the capacity to distinguish bright areas is crucial to activities like driving in the dark.