Can excessive athletic training make your brain tired? New study says yes
You'd expect excessive athletic training to make the body tired, but can it make the brain tired too? A new study suggests that the answer is 'yes.'
Read moreYou'd expect excessive athletic training to make the body tired, but can it make the brain tired too? A new study suggests that the answer is 'yes.'
Read moreThe brains of young children get thinner as they grow. At least that's what scientists used to believe. For decades, the debate has been about how and why that happens. Now neuroscientists suggest that it may be partly an illusion.
Read moreDoes having close friends boost your self-esteem, or does having high self-esteem influence the quality of your friendships? Both, according to a meta-analysis of more than two decades of research.
Read moreCause-and-effect statements may seem more true if the initial letters in the words are in alphabetical order because the human brain prefers patterns that follow familiar sequences.
Read moreIn a first-of-its-kind study, researchers piece together a road map of typical brain development in children during a critical window of maturation.
Read moreReading about a child abuse case or someone burglarizing homes often stirs feelings of disgust, anger and disbelief when it's learned the perpetrator's family or friends did nothing to stop it or report it to police.
Read more'Keep your eyes on the road.' With the recent advances in vehicle-assisted safety technology and in-car displays, this old adage has a new meaning, thanks to two new applications of eye-tracking technology.
Read moreDog welfare campaigns that tell people to be 'responsible owners' don't help to promote behaviour change, a new report suggests. Dog owners interviewed for a study all considered themselves to be responsible owners, despite there being great variation in key aspects of their dog-owning behavior.
Read moreThe biological clock influences immune response efficacy. Indeed, CD8 T cells, which are essential to fight infections and cancers, function very differently according to the time of day.
Read moreA research team has analyzed which strategies would be effective in the prisoner's dilemma game, into which a new behavior of not participating in the game was introduced.
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