Saturday, April 4, 2015

Level Up! Gamers May Learn Visual Skills More Quickly




Practice not only makes perfect, it may improve gamers' ability to learn.


Press Release: 
"When we study perceptual learning we usually exclude people who have tons of video game playing time because they seem to have different visual processing. They are quicker and more accurate."

A small study from Brown University suggests video gamers, who are already known to have a better visual-processing skills, may also be able to improve on those attributes faster than the average person.
According to Brown University press, the study analyzed nine gamers and compared them with nine non-gamers during a two-day trial. Researchers required participants to complete two visual tasks, one right after the other. The next day they repeated the exercises (in a random order) and compared how participants improved.
What they found is that the second task interfered with the ability of non-gamers to improve on the first — while gamers improved equally well on both exercises.
“We sometimes see that an expert athlete can learn movements very quickly and accurately and a musician can play the piano at the very first sight of the notes very elegantly … maybe [gamers] can learn more efficiently and quickly as a result of training,” senior author Yuka Sasaki said.

The authors admit the findings require more study, conceding that there is no proof that video games caused the learning improvement, since people with quick visual-processing skills could be naturally drawn to gaming.


                      The researchers wrote:

"It may be possible that the vast amount of visual training frequent gamers receive over the years could help contribute to honing consolidation mechanisms in the brain, especially for visually developed skills."



Reference:

I'M The =  Core GAMER

 

 

 





Friday, April 3, 2015

Ants' intruder defense strategy could lead to better email spam filters, Stanford biologist finds



To kill spam, email filters might need to act a bit more like ants.

Deborah M. Gordon, a biology professor at Stanford, has worked with a computer scientist, Fernando Esponda, and produced a model that suggests that ant colony defense behavior follows the same distributed network rules as the human immune system. The work