Researchers from the UC San Diego and San Diego State University have developed a pair of 4-D goggles intended to synchronize the feeling of being touched with visual input from a VR device. The creation is based on the neuroscience team’s new study that maps the regions of the brain dedicated to multisensory integration. The researchers used functional magnetic resonance imaging (fMRI) to detect oxygenated blood flow–an indicator of neural activity–to different brain areas to detect which ones were activated by a combination of visual and tactile input. Once they had the relevant regions localized, the team was able to gauge what timing of sights
Japanese Research Takes Another Look At Violent Video Games
Does violence in games really have an effect on gamers after all? A recent study at the University of Tokyo reopens this long time issue in video games, albeit with a little twist. If you’re a gamer, don’t worry. This won’t be about reflected behaviors and supposed killer instinct issues, though some of it may sound a little bit familiar. The research’s primary objective is to find out some of the long term neurological effects of violent video games. In order to learn more about this, the researchers sampled a small group of adult men and women, and gave them one popular, mainstream violent and