Shooter video games are part of the adrenaline junkie genre of video games, which tend to test players’ reactions, mental acuity, and fast reflexes in both single-player and multiplayer modes.
Modern shooters have become the staple pastime for millions of hardcore gamers around the world, and they continue to grow in popularity as more people get access to new technology that makes playing them more enjoyable.
Some of the most popular modern shooters can be found online, where millions of people can play at the same time without any interruption. This allows the hardcore gamer to enjoy a high-quality game without worrying about having to deal with long wait times or unreliable connections.
The human brain responds in a number of different ways when it is engaged in active physical activity, including movement, problem solving, or engaging in intellectual activity. The human brain is much more complex than a simple computer chip, and researchers have been studying its functions for decades.
A lot of research has gone into developing advanced technology for computer games, much of which has proven to be successful. For instance, researchers have used fMRI scans to help people learn how to play computer games.
In one study, participants were shown an action video game; then a brain scan of their brain was done while they played the game. The brain activity of the participant showed that their brains were really processing what the game was trying to tell them, especially in regard to spatial awareness.
In the same way, first-person shooter video games also use a lot of brain activity. There are many areas of the brain that are activated during play, which researchers believe is directly related to the number of fun participants had.
The most popular first-person shooter games involve gun combat, aiming, shooting, and racing. The reason these games have such a strong following is that they require the player to be in complete command of how they are moving through the game world.
Sometimes the actions people take in these games can even seem realistic, as people may think they are killing real people when they are just shooting a computer image of one. While grey matter does exist in the brain, it isn’t much of a help when you’re dealing with something as complicated as video gaming.
People who play first-person shooter games also tend to have a high spatial ability. The reason for this is that the brains of people who are good at first-person shooters are able to quickly find new objectives and navigate through environments to get to the next level.
The theory is that the part of the brain that helps people solve problems is very specialized, and only those with high levels of spatial reasoning have the ability to perform well in this environment. People with poor spatial reasoning skills may have a better chance in other environments, but the game will be less fun for them. As with the case of grey matter, improving this part of the brain is a great way to improve your overall brain function.
Finally, action video games also stimulate the auditory system, which is involved in detecting and telling us when there is an appropriate or inappropriate response. In the case of shooter type games, the action speaks to the auditory system, so if you are good at first-person shooter games, you’ll probably have a better auditory memory than someone who isn’t.
In fact, the auditory system is especially important in first-person shooter games because the actions that you are reacting to can be shown to you, so it pays to pay attention.
There are mixed results when it comes to grey matter loss and video game playing. Some scientists believe that grey matter loss is caused by response learners and not spatial learners.
If you are highly reactive, you’ll need to be very good at first-person shooter games to succeed in life, so those types of people may do fine without the extra grey matter.
However, if you are good at navigating environments, solving problems, and being a problem solver, you will have greater success with first-person shooters.
The other group of scientists believes that grey matter loss is caused by spatial response learners. If you are good at navigating through virtual worlds and solving puzzles, you will do well in a game environment where the environment is highly detailed and the interactions with objects and people are highly realistic.
Spatial response learners will get bored easily if the environment isn’t as interesting and the challenges are too easy. Sometimes, these types of gamers will need more challenge, either through scene based design or more complex controls, than others who are more passive.
In the case of the spatial learners, it’s probably a combination of both that causes the problem, check their mod menus. They will do fine on a flat surface, but they will need some challenge in order to keep their grey matter intact.
Being good at first-person shooters is a challenge that most people excel at, so it could be that these gamers need more structure and interaction in their lives.
It might also help if they have more of a hand-eye coordination issue, as well. If this is the case, you can bet that the developers will make sure that future installments of their games will have even more difficult levels. There’s one thing that all video-game designers should always remember: the brain loves a challenge!