Listening to a story is known to be cognitively demanding, in part because the listener has to pay close attention to, and remember, plot and character detail in order to understand what’s going on. Attention and memory are both diminished in people living with dementia. Might regularly reading aloud to such people help, then, to train their attention and memory, and function as a treatment? A new study of people with various kinds of dementia, published in Psychology and Neuroscience, suggests that it could.
One eyewitness to a robbery reports that the culprit was a male in his 40s with brown hair, wearing a light-coloured T-shirt. Another describes a blond man in his early 30s wearing a denim shirt. If you’re a police officer investigating the crime, whose memory do you trust?
Identifying which of two apparently credible but conflicting eye-witness statements to trust is a big problem for law enforcement agencies (as is deciding, in the case of a witness who has no incentive to lie, which among their memories are accurate). Now a new paper, reported in the Journal of Experimental Psychology, provides initial evidence for a new, objectively verifiable method for doing this. This work has, as the researchers write, “potentially far-reaching significance, not the least in the legal context.”
Most of us are healthily deluded by memory biases that inflate our self-esteem. We remember more positive personal events than negative, for instance, and we selectively recall or even edit memories in a way that bolsters our favoured view of ourselves. A pair of psychologists at Lomonosov Moscow University propose that for people with persistent anxiety, this process goes awry. The worrier’s negative self-concept is instead reinforced by the selective recall of previous painful and awkward memories, harming their confidence and fuelling anxiety.
Imagine if it were possible to implant more positive autobiographical memories in these anxious individuals. This could boost their self-esteem, increase their confidence, thus dialling down their anxiety levels. In an intriguing new study published in Memory, Veronika Nourkova and Darya Vaslienko have provided preliminary evidence that such an approach could work, although they found that hypnosis was required to make the memory implantation convincing enough.
Avid photographers celebrate the viewfinder as a means of helping us see the world anew. But psychology research has shown that under some conditions taking a photo of something actually makes it harder to remember. One possible reason is that we give less attention to an experience when we know that it will be safely stored in a photograph. But in a new paper in the Journal of Applied Research in Memory and Cognition, Julia Soares and Benjamin Storm from the University of California show that the photo-taker’s memory will suffer whether they expect to keep the photo or not.
The learning-by-teaching effect has been demonstrated in manystudies. Students who spend time teaching what they’ve learned go on to show better understanding and knowledge retention than students who simply spend the same time re-studying. What remains unresolved, however, is exactly why teaching helps the teacher better understand and retain what they’ve learned.
For a new study in Applied Cognitive Psychology researchers led by Aloysius Wei Lun Koh set out to test their theory that teaching improves the teacher’s learning because it compels the teacher to retrieve what they’ve previously studied. In other words, they believe the learning benefit of teaching is simply another manifestation of the well-known “testing effect” – the way that bringing to mind what we’ve previously studied leads to deeper and longer-lasting acquisition of that information than more time spent passively re-studying.
The hippocampus is a structure found on both sides of the brain in the temporal lobes, near the ears. It plays an important role in memory and thinking about the past and future. This led a team of researchers, led by Cornelia McCormick at the Wellcome Centre for Human Neuroimaging, to wonder if people with damage to both hippocampi are still capable of mind-wandering – after all, when we mind wander or day-dream, a lot of the time it is about things we’ve done or plan to do. And if these patients can mind wander, will the content of their mind-wandering thoughts be different from healthy controls?
For their new paper in the Journal of Neuroscience, the researchers shadowed 6 male patients with bilateral hippocampus damage for two days during daylight hours, occasionally prompting them to report what they were thinking about, and compared their descriptions with those obtained from 12 age-matched healthy controls over the same period. The patients with hippocampus damage mind-wandered just as much as the controls, but the form and content of their mind-wandering was very different.
Historically, the kind of false memories induced in volunteers by psychologists have been relatively mundane. For example, a seminal study used leading questions and the encouragement to confabulate, to apparently implant in participants the memory of getting lost in a shopping mall as a child. This reliance on mundane false memories has been problematic for experts who believe that false memories have critical real world consequence, from criminal trials involving false murder confessions, to memories of child abuse “recovered” during therapy using controversial techniques.
The discrepancy between psychologists’ lab results and their real world claims vanished abruptly in 2015 when Julia Shaw (based then at the University of Bedfordshire) and Stephen Porter (University of British Columbia) shocked the memory research community with their staggering finding that, over several interview sessions, and by using false accounts purportedly from the participants’ own caregivers, they had successfully implanted false memories of having committed a crime as a teenager in 70 per cent of their participants, ranging from theft to assault with a weapon. But now other experts have raised doubts about these claims.
“Like a ball rolling down a hill, time often seems to pick up momentum, going faster and faster as we get older…,” write the authors of a new paper in Self and Identity that aims to explain the reasons for this phenomenon. Understand it properly, and it might be possible to stop it – because as Mark Landau at the University of Kansas, US, and his colleagues also note: “Perceiving life as rapidly slipping away is psychologically harmful: unpleasant, demotivating, and possibly even hostile to the sense that life is meaningful.”
Dr. Seuss wrote “the more that you read, the more things you will know. The more that you learn, the more places you’ll go”. The trouble is, we forget so much of what we read. Is there a way to read that makes it more likely we’ll remember things?
Keen to answer this question, researchers Noah Farrin and Colin MacLeod, from the University of Waterloo in Ontario Canada, ran a study published in Memory. Their results shed new light on how to study more effectively.
If you read an article about a controversial issue, do you think you’d realise if it had changed your beliefs? No one knows your own mind like you do – it seems obvious that you would know if your beliefs had shifted. And yet a new paper in The Quarterly Journal of Experimental Psychology suggests that we actually have very poor “metacognitive awareness” of our own belief change, meaning that we will tend to underestimate how much we’ve been swayed by a convincing article.
The researchers Michael Wolfe and Todd Williams at Grand Valley State University said their findings could have implications for the public communication of science. “People may be less willing to meaningfully consider belief inconsistent material if they feel that their beliefs are unlikely to change as a consequence,” they wrote.
By Emma Young
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