The memories you want to forget are the hardest ones to loseAugust 16, 2007CHAPEL HILL - Painful, emotional memories that people would most like to forget may be the toughest to leave behind, especially when memories are created through visual cues, according to a new study by the University of North Carolina at Chapel Hill. "When you're watching the news on television and see footage of wounded soldiers in Iraq or ongoing coverage of national tragedies, it may stick with you more than a newspaper headline," said the study's lead author, Keith Payne, an assistant professor of psychology in the College of Arts and Sciences. It is adaptive to be able to intentionally forget neutral events such as wrong directions, a friend's outdated phone number or a switched meeting time. Intentional forgetting helps update memory with new information, Payne said.
But Payne and former psychology graduate student Elizabeth Corrigan found that even "mild" emotional events, like getting a bad grade on a test or a negative comment from a coworker, can be hard to forget. Their study, "Emotional constraints on intentional forgetting," appears in the September 2007 print issue of the Journal of Experimental Social Psychology. When people are trying to intentionally forget information, they need to mentally segregate that information and then block off the information they don't want to retrieve, Payne said. Emotion undermines both of those steps. "You make a lot of connections between emotional events and other parts of your life, so it might be difficult to isolate them. As far as blocking retrieval of an unwanted event, emotion makes events very salient and therefore highly accessible," Payne said. Their results contrast with previous studies of emotional events and intentional forgetting, but those studies used emotion-laden words as stimuli, like "death" and "sex." The UNC study took a new approach, asking 218 participants to react to photographs instead of text. "The word 'murder,' for instance, may or may not make you afraid, but if you see a graphic, violent picture, it may be powerful enough emotionally to change the way you feel," Payne said. The researchers found that their subjects could not intentionally forget emotional events as easily as mundane ones. They also found that both pleasant and unpleasant emotional memories were resistant to intentional forgetting. The UNC findings contribute to understanding the ways that emotion constrains mental control and to the question of whether intentional forgetting can be helpful in coping with painful or traumatic experiences. "Our findings add to accumulating evidence that emotion places limits on the ability to control the contents of the mind," Payne said. "Our results suggest that even a relatively mild emotional reaction can undermine intentional forgetting. But this doesn't necessarily mean that emotional memories can never be intentionally forgotten. If the motivation to forget is powerful enough, individuals might be able to overcome the effects of emotion by enlisting additional coping strategies." A different study would be needed to examine what treatment and coping strategies might be effective in helping people voluntarily forget an unwanted memory, he added. University of North Carolina at Chapel Hill | |||||||||||||||||||||
|
Related Memories Current Events and Memories News Articles Memory mission explores new territory in neuroscience Astrophysicists peer into the far corners of deep space for dark matter, but for neuroscientists at the Queensland Brain Institute (QBI) exploring the unknown is much closer to home. No honeymoon replays: People don't want to taint special memories That unforgettable honeymoon has a special place in your memory-so special that you might be reluctant to try to repeat it. A new study in the Journal of Consumer Research says people tend to treat their memories of previous special experiences as assets to be protected. Ultrasound shown to exert remote control of brain circuits In a twist on nontraditional uses of ultrasound, a group of neuroscientists at Arizona State University has developed pulsed ultrasound techniques that can remotely stimulate brain circuit activity. European computer scientists seek new framework for computation There have been several revolutions during the 60 year history of electronic computation, such as high level programming languages and client/server separation, but one key challenge has yet to be fully resolved. FSU Historian's Arctic research has him sitting on top of the world It's one of the coldest and most remote areas on Earth, but the Arctic region has long held great strategic interest for a number of nations. Now, a Florida State University researcher is leading an international team that is working to produce one of the most comprehensive histories to date of the northernmost part of the world from the late 19th century to the present. Memory function varies after damage to key area of the brain Scientists at the University of Liverpool have discovered dramatic differences in the memory performance of patients with damage to the hippocampus, an area of the human brain key to memory. The Effect of Gamma Waves on Cognitive and Language Skills in Children New studies conducted by April Benasich, professor of neuroscience at Rutgers University in Newark, and her colleagues reveal that gamma wave activity in the brains of children provide a window into their cognitive development, and could open the way for more effective intervention for those likely to experience language problems. MU brain imaging center provides research for autism, schizophrenia and Parkinson's disease Recently, the University of Missouri Department of Psychological Sciences introduced an addition to their field of research with the opening of the Brain Imaging Center (BIC). Emotion and scent create lasting memories -- even in a sleeping brain When French memoirist Marcel Proust dipped a pastry into his tea, the distinctive scent it produced suddenly opened the flood gates of his memory. Circadian clock may be critical for remembering what you learn, Stanford researchers say The circadian rhythm that quietly pulses inside us all, guiding our daily cycle from sleep to wakefulness and back to sleep again, may be doing much more than just that simple metronomic task, according to Stanford researchers. More Memories Current Events and Memories News Articles |
|||||||||||||||||||||
|
|||||||||||||||||||||
|
|||||||||||||||||||||