All articles tagged with #cognitive research
A study suggests that whether gamers invert Y-axis controls is more about innate brain perception of 3D space than learned habits, and trying the opposite control method might improve performance or comfort.
Researchers at the University of Richmond have trained rats to drive small cars, discovering that the rodents not only learn quickly but also seem to enjoy the activity. The study, led by Professor Kelly Lambert, found that rats housed in enriched environments learned faster and showed signs of positive anticipation, such as eagerly jumping into the cars. Further research indicated that anticipation of positive experiences could shift rats' cognitive styles from pessimistic to optimistic, enhancing their problem-solving abilities. This suggests that anticipation and enjoyment of experiences may be key to a healthy brain.
A study by the University of Münster reveals that the brain's mechanism for stabilizing vision during rapid eye movements fails with non-rigid motions like rotating vortices, leading to visual instability. This challenges existing models of visual processing, showing that smooth and rapid eye movements are processed through different neural pathways. These findings could enhance research into cognitive and neurodegenerative disorders by providing insights into visual compensation mechanisms.
Excess information can hinder decision-making, according to a study by researchers at Stevens Institute of Technology. The study found that when faced with complex decisions, individuals' ability to reason effectively diminishes when presented with additional, non-essential information. This suggests that simplified, focused information improves decision-making. The findings have implications for public health, indicating that educational messages should be distilled to their essential parts. The study also suggests that AI chatbots could personalize advice by highlighting specific information relevant to individuals, enhancing decision-making efficiency.