Scientists Say They’ve Found The Driver of False Beliefs, And It’s Not a Lack of Intelligence

Your daily selection of the latest science news!

According to (This article and its images were originally posted on ScienceAlert September 9, 2018 at 07:59AM.)

This is why some people are so confident in their “facts”.

Why is it sometimes so hard to convince someone that the world is indeed a globe, or that climate change is actually caused by human activity, despite the overwhelming evidence?

Scientists think they might have the answer, and it’s less to do with lack of understanding, and more to do with the feedback they’re getting.

Getting positive or negative reactions to something you do or say is a greater influence on your thinking than logic and reasoning, the new research suggests – so if you’re in a group of like-minded people, that’s going to reinforce your thinking.

Receiving good feedback also encourages us to think we know more than we actually do.

In other words, the more sure we become that our current position is right, the less likely we are to take into account other opinions or even cold, hard scientific data.

|

  • Got any news, tips or want to contact us directly? Feel free to email us: esistme@gmail.com.

To see more posts like these; please subscribe to our newsletter. By entering a valid email, you’ll receive top trending reports delivered to your inbox.
__

This article and its images were originally posted on [ScienceAlert] September 9, 2018 at 07:59AM. All credit to both the author DAVID NIELD and ScienceAlert | ESIST.T>G>S Recommended Articles Of The Day.

 

Donations are appreciated and go directly to supporting ESIST.Tech. Thank you in advance for helping us to continue to be a part of your online entertainment!

 

 

 

Neuroscientists uncover secret to intelligence in parrots

Your daily selection of the latest science news!

According to Latest Science News — ScienceDaily (This article and its images were originally posted on Latest Science News — ScienceDaily July 3, 2018 at 01:59PM.)

University of Alberta neuroscientists have identified the neural circuit that may underlay intelligence in birds, according to a new study. The discovery is an example of convergent evolution between the brains of birds and primates, with the potential to provide insight into the neural basis of human intelligence.

“An area of the brain that plays a major role in primate intelligence is called the pontine nuclei,” explained Cristian Gutierrez-Ibanez, postdoctoral fellow in the Department of Psychology. “This structure transfers information between the two largest areas of the brain, the cortex and cerebellum, which allows for higher-order processing and more sophisticated behaviour. In humans and primates, the pontine nuclei are large compared to other mammals. This makes sense given our cognitive abilities.”

Birds have very small pontine nuclei. Instead, they have a similar structure called the medial spiriform nucleus (SpM) that has similar connectivity. Located in a different part of the brain, the SpM does the same thing as the pontine nuclei, circulating information between the cortex and the cerebellum. “This loop between the cortex and the cerebellum is important for the planning and execution of sophisticated behaviours,” said Doug Wylie, professor of psychology and co-author on the new study.

Not-so-bird brain

Using samples from 98 birds from the largest collection of bird brains in the world, including everything from chickens and waterfowl to parrots and owls, the scientists studied the brains of birds, comparing the relative size of the SpM to the rest of the brain. They determined that parrots have a SpM that is much larger than that of other birds.

“The SpM is very large in parrots. It’s actually two to five times larger in parrots than in other birds, like chickens,” said Gutierrez. “Independently, parrots have evolved an enlarged area that connects the cortex and the cerebellum, similar to primates. This is another fascinating example of convergence between parrots and primates. It starts with sophisticated behaviours, like tool use and self-awareness, and can also be seen in the brain. The more we look at the brains, the more similarities we see.”

Next, the research team hopes to study the SpM in parrots more closely, to understand what types of information go there and why.

“This could present an excellent way to study how the similar, pontine-based, process occurs in humans,” added Gutierrez. “It might give us a way to better understand how our human brains work.”

Story Source:

Materials provided by University of Alberta. Original written by Katie Willis. Note: Content may be edited for style and length.

Continue reading…

  • Got any news, tips or want to contact us directly? Feel free to email us: esistme@gmail.com. To see more posts like this please subscribe to our newsletter by entering your email. By subscribing you’ll receive the top trending news delivered to your inbox.
    __

This article and its images were originally posted on [Latest Science News — ScienceDaily] July 3, 2018 at 01:59PM. All credit to both the author and Latest Science News — ScienceDaily | ESIST.T>G>S Recommended Articles Of The Day.

 

 

 

IQ Scores Are Falling in “Worrying” Reversal of 20th Century Intelligence Boom

Your daily selection of the latest science news!

According to ScienceAlert (This article and its images were originally posted on ScienceAlert June 13, 2018 at 03:09AM.)

A defining trend in human intelligence tests that saw people steadily obtaining higher IQ scores through the 20th century has abruptly ended, a new study shows.

The Flynn effect – named after the work of Kiwi intelligence researcher James Flynn – observed rapid rises in intelligence quotient at a rate of about 3 IQ points per decade in the 20th century, but new research suggests these heady boom days are long gone.

An analysis of some 730,000 IQ test results by researchers from the Ragnar Frisch Centre for Economic Research in Norway reveals the Flynn effect hit its peak for people born during the mid-1970s, and has significantly declined ever since.

“This is the most convincing evidence yet of a reversal of the Flynn effect,” psychologist Stuart Ritchie from the University of Edinburgh, who was not involved in the study, told The Times.

“If you assume their model is correct, the results are impressive, and pretty worrying.”

The researchers sourced their data from the IQ test scores of 18- to 19-year-old Norwegian men who took the tests as part of their national, compulsory military service.

Between the years 1970 to 2009, three decades of these young men (born between 1962 to 1991) were conscripted, resulting in over 730,000 IQ test results.

What the results show is that a turning point for the Flynn effect occurred for the post-1975 birth cohorts, equivalent to 7 fewer IQ score points per generation.

It’s not the first time we’ve seen this kind of dip. Research by Flynn himself that looked at the IQs of British teenagers almost a decade ago observed a similar fall in test scores.

“It looks like there is something screwy among British teenagers,” Flynn told The Telegraph at the time.

“While we have enriched the cognitive environment of children before their teenage years, the cognitive environment of the teenagers has not been enriched.”

Although that kind of environmental attribution remains hypothetical, it’s a possibility that’s supported by the latest research – which, it’s worth emphasising, comes from just one Norwegian sample (albeit a particularly huge one).

In the new study, the researchers observed IQ drops occurring within actual families, between brothers and sons – meaning the effect likely isn’t due to shifting demographic factors as some have suggested, such as the dysgenic accumulation of disadvantageous genes across areas of society.

Instead, it suggests changes in lifestyle could be what’s behind these lower IQs, perhaps due to the way children are educated, the way they’re brought up, and the things they spend time doing more and less (the types of play they engage in, whether they read books, and so on).

Another possibility is that IQ tests haven’t adapted to accurately quantify an estimate of modern people’s intelligence – favouring forms of formally taught reasoning that may be less emphasised in contemporary education and young people’s lifestyles.

“Intelligence researchers make a distinction between fluid and crystallised intelligence,” one of the study’s authors, research economist Ole Rogeberg explained to The Times.

Crystallised intelligence is stuff you have been taught and trained in, and fluid intelligence is your ability to see new patterns and use logic to solve novel problems.”

The implication here is that it’s not us that is at fault: it’s IQ tests.

But until scientists exploit some of their fluid intelligence to make a major breakthrough in what’s really going on here, we – and our lower IQs – may never know for sure.

The findings are reported in Proceedings of the National Academy of Sciences.

Continue reading…

  • Got any news, tips or want to contact us directly? Feel free to email us: esistme@gmail.com. To see more posts like this please subscribe to our newsletter by entering your email. By subscribing you’ll receive the top trending news delivered to your inbox.
    __

This article and its images were originally posted on [ScienceAlert] June 13, 2018 at 03:09AM. All credit to both the author PETER DOCKRILL and ScienceAlert | ESIST.T>G>S Recommended Articles Of The Day.

 

 

 

 

Brain activity at rest provides clue to intelligence

Your daily selection of the latest science news!

According to Medical Xpress

Brain activity at rest provides clue to intelligence
“The next stage in research would be to examine if this resting state activity of the brain can be modified by training,” says Professor Perminder Sachdev. Credit: Shutterstock

The ability of an adult to learn and to perform cognitive tests is directly linked to how active the brain is at rest, UNSW researchers have found.

The study, published in the peer-reviewed journal Brain Imaging and Behaviour, found that how well an elderly adult performed on language recall, memory executive function tests was directly related to the activity of the brain while in a resting state, or not doing any specific tasks.

 

Researchers from the Centre for Healthy Brain Ageing (CHeBA) at UNSW Sydney used (MRI) images of the brain in 67 cognitively healthy adults aged between 73 to 90 years. The MRI images captured activity of the whole brain at rest when the participants were not thinking of anything in particular and had their eyes closed. They were also tested on their ability to perform three common neuropsychological tests, administered by trained psychology graduates.

 

“We found that the human brain is already somewhat pre-determined to do well or perform poorly in testing,” said lead researcher Professor Perminder Sachdev, Co-Director of CHeBA. “Brains differ from each other in terms of resting state activity and it’s not an even playing field. If there is activity in certain brain networks when the brain isn’t doing anything, then that person is predisposed to do better than others on the tasks that rely on that network.”

 

In the past, similar research had focused on specific brain regions, however this study examined 3D “voxel” images of the whole brain, thereby not constraining the results based on previous knowledge.

 

The results found that how well an individual did on language and executive function tests was linked with functional connectivity during rest in the frontal and temporal cortices. For memory retrieval, strong resting state activity was located in the inferior temporal cortices.

 

“The next stage in research would be to examine if this resting state activity of the brain can be modified by training. There is a possibility that training could boost the ‘s intrinsic network, improving overall mental performance and possibly prevent cognitive decline or even dementia,” Professor Sachdev said.


Explore further:
Similar brain connectivity during rest and tasks linked to better mental performance

Read more…

  • Got any news, tips or want to contact us directly? Email esistme@gmail.com

__

This article and images were originally posted on [Medical Xpress] March 7, 2018 at 08:59AM. Credit to Author and Medical Xpress | ESIST.T>G>S Recommended Articles Of The Day

 

 

 

Collective Intelligence Is the Root of Human Progress

Your daily selection of the latest science news!

According to Singularity Hub

1.jpg

Many of us intuitively think about intelligence as an individual trait. As a society, we have a tendency to praise individual game-changers for accomplishments that would not be possible without their teams, often tens of thousands of people that work behind the scenes to make extraordinary things happen.

Matt Ridley, best-selling author of multiple books, including The Rational Optimist: How Prosperity Evolves, challenges this view. He argues that human achievement and intelligence are entirely “networking phenomena.” In other words, intelligence is collective and emergent as opposed to individual.

When asked what scientific concept would improve everybody’s cognitive toolkit, Ridley highlights collective intelligence: “It is by putting brains together through the division of labor— through trade and specialization—that human society stumbled upon a way to raise the living standards, carrying capacity, technological virtuosity, and knowledge base of the species.”

Ridley has spent a lifetime exploring human prosperity and the factors that contribute to it. In a conversation with Singularity Hub, he redefined how we perceive intelligence and human progress.

Raya Bidshahri: The common perspective seems to be that competition is what drives innovation and, consequently, human progress. Why do you think collaboration trumps competition when it comes to human progress?

Read more…

__

This article and images were originally posted on [Singularity Hub] October 16, 2017 at 11:04AM

Credit to Author and Singularity Hub

 

 

 

 

Israeli Spies Spied Russian Spies Spying on American Spy Plans via Kaspersky Software

Your daily selection of the hottest trending tech news!

According to New on MIT Technology Review

No, it actually isn’t the plot of a movie. It’s a chain of events described in a New York Times article claiming that Israeli intelligence agents caught Russian spies using compromised Kaspersky Lab software to search millions of American computers for U.S. intelligence data.

The report explains that an Israeli team had actually hacked into Kaspersky’s systems, and then found that software vulnerabilities were being used by Russian hackers to scour computers for references to American intelligence programs. That was made possible by a flaw that enabled them to see file names of documents that were being scanned by the antivirus system.

The Times says that the Israeli intelligence team provided details of the observations to American officials, and that ultimately led the Department of Homeland Security to ban the Russian software from U.S. government use over security concerns.

The story lends weight to a report from last week that claimed the National Security Agency lost cyberdefense details to Russian hackers after a contractor left documents on a home computer protected by Kaspersky software. What remains to be seen now is just how many other systems may have been tapped in the same way.

Read more…

__

This article and images were originally posted on [New on MIT Technology Review] October 11, 2017 at 09:52AM

Credit to Author and New on MIT Technology Review

 

 

 

Ravens ignore a treat in favor of a useful tool for the future



reader comments
149
If humans, chimps, gorillas, and orangutans can all do something, but monkeys can’t, that tells a certain evolutionary story: it suggests that the ability emerged sometime after the apes split off from the monkeys on our evolutionary tree. But if a bird comes along with that ability, it throws the whole story off course. Corvids—a family of birds that includes ravens, jays, and crows—seem to delight in doing just that.

Humans pretty obviously plan for the future, from packing a brown bag lunch to saving for retirement. Other apes also seem to be able to plan for the short-term future, at least up to one night. Monkeys don’t. But a paper in Science this week reports a small group of corvids succeeding at future-planning tasks. That points to a complex evolutionary story.

Two cognitive scientists at Lund University in Sweden, Can Kabadayi and Mathias Osvath, conducted a series of experiments with five captive, hand-raised ravens. Obviously, that’s not a lot of ravens, and hand-raised ravens do not behave like wild ravens. But when it comes to figuring out the outer bounds of cognitive abilities for a species, those aren’t the most important problems to worry about. Testing more ravens, and wild ravens, comes later.

Jelly bean now, or burger tomorrow?

First, the ravens had to be given an experience they could plan for. They learned how to operate a puzzle box that opened to yield a reward, but the box could only be opened with a specific tool. The next day, they were shown the puzzle, loaded with food, but no tool. Only an hour later they were shown a tray of objects, including the tool, and given the opportunity to choose just one thing. Fifteen minutes later, the puzzle came back, and if the raven had chosen the right tool, they could open it.

Repeatedly, through 14 trials, the birds chose and used the correct tool 79 percent of the time—much higher than chance. The average would have been higher if one of the ravens hadn’t thwarted the researchers by figuring out a way to open the puzzle without using a tool—she didn’t pick the tool, because she didn’t need to. Without her, the average was 86 percent.

The ravens could also solve a similar future-planning problem that involved bartering. They learned that a researcher would give food treats in exchange for a particular token. Then, the researchers would start asking the raven for the token, even when it was nowhere to be found. Once the ravens were shown a tray of objects, including the token, they chose and used the correct token at a rate higher than chance—78 percent of the time.

Perhaps most importantly, four out of five ravens got these tasks right on the first trial, before they had any chance of learning the particular task by experience or building habits. They also aced the tasks when the waiting period was extended to overnight.

These ravens weren’t done yet: they passed a task that required them to choose the tool for opening the puzzle—which contained a superior treat—over an immediate but inferior treat. Doing that requires not just planning, it also requires self-control.

These studies were carefully set up to show that the ravens could plan under flexible conditions—different time delays, and solving either a mechanical (puzzle box) or social (bartering) problem. They didn’t just match apes in their performance; they beat them. The ravens even performed better than 4-year-old children.

Ape brains, bird brains

The simplest assumption in evolution is that all species that share a trait share an evolutionary history, and that the trait emerged at the beginning of that evolutionary history. Take the spine: all vertebrate creatures share an evolutionary history right back to the point at which the first nerve cord appeared. We share the spine because we share the history.

But sometimes it’s more complicated. Birds, butterflies, and bats all have wings—but not because all their ancestors right back to their last common ancestor had wings. Those three groups all evolved wings independently in response to similar evolutionary pressures.

The same ideas apply to cognitive abilities. Can corvids and apes plan for the future and think about other minds because those abilities are shared way back on the family tree, where mammals shared a last common ancestor with birds? That was around 320 million years ago, suggesting that everything from snakes to rabbits should have the same abilities. It seems incredibly unlikely. So instead, the best explanation is convergent evolution: we developed the same cognitive traits in response to similar evolutionary pressures.

That means, write Kabadayi and Osvath, that these “avian dinosaurs” don’t just show what bird brains are capable of—they “open up avenues for investigation into the evolutionary principles of cognition.” Looking for the evolutionary pressures that lead to this kind of flexible cognition can help us to understand why humans, our close relatives, and a handful of other species ended up the way we are.

Science, 2016. DOI: 10.1126/science.aam8138  (About DOIs).

__

This article and images was originally posted on [Ars Technica] July 14, 2017 at 12:25PM

By 

 

 

 

 

Experts Predict When Artificial Intelligence Will Exceed Human Performance

Artificial intelligence is changing the world and doing it at breakneck speed. The promise is that intelligent machines will be able to do every task better and more cheaply than humans. Rightly or wrongly, one industry after another is falling under its spell, even though few have benefited significantly so far.

And that raises an interesting question: when will artificial intelligence exceed human performance? More specifically, when will a machine do your job better than you?

Today, we have an answer of sorts thanks to the work of Katja Grace at the Future of Humanity Institute at the University of Oxford and a few pals. To find out, these guys asked the experts. They surveyed the world’s leading researchers in artificial intelligence by asking them when they think intelligent machines will better humans in a wide range of tasks. And many of the answers are something of a surprise.

The experts that Grace and co coopted were academics and industry experts who gave papers at the International Conference on Machine Learning in July 2015 and the Neural Information Processing Systems conference in December 2015. These are two of the most important events for experts in artificial intelligence, so it’s a good bet that many of the world’s experts were on this list.

Grace and co asked them all—1,634 of them—to fill in a survey about when artificial intelligence would be better and cheaper than humans at a variety of tasks. Of these experts, 352 responded. Grave and co then calculated their median responses

The experts predict that AI will outperform humans in the next 10 years in tasks such as translating languages (by 2024), writing high school essays (by 2026), and driving trucks (by 2027).

But many other tasks will take much longer for machines to master. AI won’t be better than humans at working in retail until 2031, able to write a bestselling book until 2049, or capable of working as a surgeon until 2053.

The experts are far from infallible. They predicted that AI would be better than humans at Go by about 2027. (This was in 2015, remember.) In fact, Google’s DeepMind subsidiary has already developed an artificial intelligence capable of beating the best humans. That took two years rather than 12. It’s easy to think that this gives the lie to these predictions.

The experts go on to predict a 50 percent chance that AI will be better than humans at more or less everything in about 45 years.

That’s the kind of prediction that needs to be taken with a pinch of salt. The 40-year prediction horizon should always raise alarm bells. According to some energy experts, cost-effective fusion energy is about 40 years away—but it always has been. It was 40 years away when researchers first explored fusion more than 50 years ago. But it has stayed a distant dream because the challenges have turned out to be more significant than anyone imagined.

Forty years is an important number when humans make predictions because it is the length of most people’s working lives. So any predicted change that is further away than that means the change will happen beyond the working lifetime of everyone who is working today. In other words, it cannot happen with any technology that today’s experts have any practical experience with. That suggests it is a number to be treated with caution.

But teasing apart the numbers shows something interesting. This 45-year prediction is the median figure from all the experts. Perhaps some subset of this group is more expert than the others?

To find out if different groups made different predictions, Grace and co looked at how the predictions changed with the age of the researchers, the number of their citations (i.e., their expertise), and their region of origin.

It turns out that age and expertise make no difference to the prediction, but origin does. While North American researchers expect AI to outperform humans at everything in 74 years, researchers from Asia expect it in just 30 years.

That’s a big difference that is hard to explain. And it raises an interesting question: what do Asian researchers know that North Americans don’t (or vice versa)?

Ref: http://ift.tt/2qhJL3f : When Will AI Exceed Human Performance? Evidence from AI Experts

__

This article and images was originally posted on [New on MIT Technology Review] May 31, 2017 at 09:28AM

by Emerging Technology from the arXiv

 

 

 

Elephants’ ‘body awareness’ adds to increasing evidence of their intelligence

Elephant. Credit: Picture by Yathin S Krishnappa. Licensed under CCBY-SA3.0

Asian elephants are able to recognise their bodies as obstacles to success in problem-solving, further strengthening evidence of their intelligence and self-awareness, according to a new study from the University of Cambridge.

Self-awareness in both animals and young children is usually tested using the ‘mirror self-recognition test’ to see if they understand that the reflection in front of them is actually their own. Only a few species have so far shown themselves capable of self-recognition – great apes, dolphins, magpies and elephants. It is thought to be linked to more complex forms of perspective taking and empathy.

 

Critics, however, have argued that this test is limited in its ability to investigate complex thoughts and understanding, and that it may be less useful in testing animals who rely less on vision than other species.

 

One potential complement to the mirror test as a measure of self-understanding may be a test of ‘body-awareness’. This test looks at how individuals may recognise their bodies as obstacles to success in a problem-solving task. Such a task could demonstrate an individual’s understanding of its body in relation to its physical environment, which may be easier to define than the distinction between oneself and another demonstrated through success at the mirror test.

 

To test for body-awareness in Asian elephants, Dr Josh Plotnik, visiting researcher at the University of Cambridge, visiting assistant professor of psychology at Hunter College, City University of New York and founder of conservation charity Think Elephants International, devised a new test of self-awareness together with his colleague Rachel Dale (now a PhD student at the University of Veterinary Medicine in Vienna). The was adapted from one in which children were asked to push a shopping trolley, but the trolley was attached to a mat on which they were standing.

 

In the elephant version of the test, Plotnik and Dale attached a stick to a rubber mat using a rope; the elephants were then required to walk onto the mat, pick up the stick and pass it to an experimenter standing in front of them. The researchers wanted to investigate whether elephants understood the role of their bodies as potential obstacles to success in the task by observing how and when the animals removed themselves from the mat in order to exchange the stick. In one control arm of the test, the stick was unattached to the mat, meaning the elephant could pass the stick while standing on the mat.

 

The results of the study, which was largely funded by a Newton International Fellowship from the Royal Society awarded to Dr Plotnik, are published today in the journal Scientific Reports.

 

The video will load shortly

Asian elephant demonstrating body awareness. Credit: Josh Plotnik/Rachel Dale

“Elephants are well regarded as one of the most intelligent animals on the planet, but we still need more empirical, scientific evidence to support this belief,” says Dale. “We know, for example, that they are capable of thoughtful cooperation and empathy, and are able to recognise themselves in a mirror. These abilities are highly unusual in animals and very rare indeed in non-primates. We wanted to see if they also show ‘body-awareness’.”

 

Plotnik and Dale found that the elephants stepped off the mat to pass the stick to the experimenter significantly more often during the test than during the control arm. Elephants stepped off the mat an average (mean) of around 42 out of 48 times during the test compared to just three times on average during the control.

 

“This is a deceptively simple test, but its implications are quite profound,” says Dr Plotnik. “The elephants understood that their bodies were getting in the way, so they stepped aside to enable themselves to complete the task. In a similar test, this is something that young children are unable to understand until they are about two years old.

 

“This implies that elephants may be capable of recognising themselves as separate from objects or their environment. This means that they may have a level of self-understanding, coupled with their passing of the mirror test, which is quite rare in the animal kingdom.”

 

Species that have demonstrated a capacity for self-recognition in the mirror test all show varying levels of cooperative problem-solving, perspective taking and empathy, suggesting that ‘self-awareness’ may relate to effective cooperative-living in socially intelligent animals. A more developed self-understanding of how an individual relates to those around may underlie more complex forms of empathic perspective taking. It may also underlie how an individual targets help towards others in need. Both aspect are seen in studies of human children.

 

Both self-awareness as demonstrated by the mirror test and body-awareness as demonstrated by the current study help scientists better understand how an animal’s understanding of self and of its place in the environment may impact social decision-making in the wild.

 

Plotnik argues that studies such as this are important for helping increase our understanding of and appreciation for the behaviour and intelligence of animals. He also says that understanding elephant behaviour has important implications for the development of human/elephant conflict mitigation strategies in places like Thailand and India, where humans and elephants are competing for land. Only through careful consideration of both human and elephant needs can long-term solutions be sustainable.

 

“The more we can understand about ‘ behaviour, the more we can understand what their needs are, how they think and the strains they face in their social relationships,” he says. “This will help us if we are going to try to come up with viable long term solutions to the problems that these face in the wild, especially those that bring them into regular conflict with humans.”


Explore further:
Asian elephants reassure others in distress

More information:
Dale, R, and Plotnik, JM. Elephants know when their bodies are obstacles to success in a novel transfer task. Scientific Reports; 12 April 2017; DOI: 10.1038/srep46309

__

Join our fans by liking us on Facebook, or follow us on Twitter, Google+, feedly, flipboardand Instagram.

This article and images was originally posted on Phys.org

Provided by: University of Cambridge

 

 

 

Swearing is actually a sign of more intelligence – not less – say scientists

The use of obscene or taboo language – or swearing, as it’s more commonly known – is often seen as a sign that the speaker lacks vocabulary, cannot express themselves in a less offensive way, or even lacks intelligence.

Studies have shown, however, that swearing may in fact display a more, rather than less, intelligent use of language.

While swearing can become a habit, we choose to swear in different contextsand for different purposes: for linguistic effect, to convey emotion, for laughs, or perhaps even to be deliberately nasty.

Psychologists interested in when and why people swear try to look past the stereotype that swearing is the language of the unintelligent and illiterate.

In fact, a study by psychologists from Marist College found links between how fluent a person is in the English language and how fluent they are in swearing.

The former – verbal fluency – can be measured by asking volunteers to think of as many words beginning with a certain letter of the alphabet as they can in 1 minute.

People with greater language skills can generally think of more examples in the allotted time. Based on this approach, the researchers created the swearing fluency task. This task requires volunteers to list as many different swear words as they can think of in 1 minute.

By comparing scores from both the verbal and swearing fluency tasks, it was found that the people who scored highest on the verbal fluency test also tended to do best on the swearing fluency task. The weakest in the verbal fluency test also did poorly on the swearing fluency task.

What this correlation suggests is that swearing isn’t simply a sign of language poverty, lack of general vocabulary, or low intelligence.

Instead, swearing appears to be a feature of language that an articulate speaker can use in order to communicate with maximum effectiveness. And actually, some uses of swearing go beyond just communication.

Video via Keele University

Natural pain relief

Research we conducted involved asking volunteers to hold their hand in iced water for as long as they could tolerate, while repeating a swear word.

The same set of participants underwent the iced water test on a separate occasion, but this time they repeated a neutral, non-swear word. The heart rate of both sets of participants was monitored.

What we found was that those who swore withstood the pain of the ice-cold water for longer, rated it as less painful, and showed a greater increase in heart rate when compared to those who repeated a neutral word.

This suggests they had an emotional response to swearing and an activation of the fight or flight response: a natural defence mechanism that not only releases adrenalin and quickens the pulse, but also includes a natural pain relief known as stress-induced analgesia.

This research was inspired by the birth of my daughter when my wife swore profusely during agonising contractions. The midwives were surprisingly unfazed, and told us that swearing is a normal and common occurrence during childbirth – perhaps for reasons similar to our iced water study.

Two-way emotional relationship

We wanted to further investigate how swearing and emotion are linked. Our most recent study aimed to assess the opposite of the original research, so instead of looking at whether swearing induced emotion in the speaker we examined whether emotion could cause an increase in swearing fluency.

Participants were asked to play a first person shooter video game in order to generate emotional arousal in the laboratory. They played for ten minutes, during which they explored a virtual environment and fought and shot at a variety of enemies.

We found that this was a successful way to arouse emotions, since the participants reported feeling more aggressive afterwards when compared with those who played a golf video game.

Next, the participants undertook the swearing fluency task. As predicted, the participants who played the shooting game were able to list a greater number of swear words than those who played the golf game.

This confirms a two-way relationship between swearing and emotion. Not only can swearing provoke an emotional response, as shown with the iced water study, but emotional arousal can also facilitate greater swearing fluency.

What this collection of studies shows is that there is more to swearing than simply causing offence, or a lack of verbal hygiene. Language is a sophisticated toolkit, and swearing is a part of it.

Unsurprisingly, many of the final words of pilots killed in air-crashes captured on the ‘black box’ flight recorder feature swearing. And this emphasises a crucial point, that swearing must be important given its prominence in matters of life and death.

The fact is that the size of your vocabulary of swear words is linked with your overall vocabulary, and swearing is inextricably linked to the experience and expression of feelings and emotions.The Conversation

Richard Stephens, Senior Lecturer in Psychology, Keele University

Join our fans by liking us on Facebook, or follow us on Twitter, Google+, feedly, flipboardand Instagram.

This article was also posted on ScienceAlert

 

 

 

Exclusive: Yahoo secretly scanned customer emails for U.S. intelligence sources | ESIST

1.jpg

Yahoo Inc last year secretly built a custom software program to search all of its customers’ incoming emails for specific information provided by U.S. intelligence officials, according to people familiar with the matter.

The company complied with a classified U.S. government directive, scanning hundreds of millions of Yahoo Mail accounts at the behest of the National Security Agency or FBI, said two former employees and a third person apprised of the events.

Some surveillance experts said this represents the first case to surface of a U.S. Internet company agreeing to a spy agency’s demand by searching all arriving messages, as opposed to examining stored messages or scanning a small number of accounts in real time.

It is not known what information intelligence officials were looking for, only that they wanted Yahoo to search for a set of characters. That could mean a phrase in an email or an attachment, said the sources, who did not want to be identified.

Reuters was unable to determine what data Yahoo may have handed over, if any, and if intelligence officials had approached other email providers besides Yahoo with this kind of request.

According to the two former employees, Yahoo Chief Executive Marissa Mayer’s decision to obey the directive roiled some senior executives and led to the June 2015 departure of Chief Information Security Officer Alex Stamos, who now holds the top security job at Facebook Inc.”Yahoo is a law abiding company, and complies with the laws of the United States,” the company said in a brief statement in response to Reuters questions about the demand. Yahoo declined any further comment.

Through a Facebook spokesman, Stamos declined a request for an interview.

The NSA referred questions to the Office of the Director of National Intelligence, which declined to comment.

The demand to search Yahoo Mail accounts came in the form of a classified directive sent to the company’s legal team, according to the three people familiar with the matter.

U.S. phone and Internet companies are known to have handed over bulk customer data to intelligence agencies. But some former government officials and private surveillance experts said they had not previously seen either such a broad directive for real-time Web collection or one that required the creation of a new computer program.

“I’ve never seen that, a wiretap in real time on a ‘selector,'” said Albert Gidari, a lawyer who represented phone and Internet companies on surveillance issues for 20 years before moving to Stanford University this year. A selector refers to a type of search term used to zero in on specific information.

“It would be really difficult for a provider to do that,” he added.

Experts said it was likely that the NSA or FBI had approached other Internet companies with the same demand, since they evidently did not know what email accounts were being used by the target. The NSA usually makes requests for domestic surveillance through the FBI, so it is hard to know which agency is seeking the information.

Reuters was unable to confirm whether the 2015 demand went to other companies, or if any complied.

Alphabet Inc’s Google and Microsoft Corp, two major U.S. email service providers, did not respond to requests for comment.

CHALLENGING THE NSA

Under laws including the 2008 amendments to the Foreign Intelligence Surveillance Act, intelligence agencies can ask U.S. phone and Internet companies to provide customer data to aid foreign intelligence-gathering efforts for a variety of reasons, including prevention of terrorist attacks.

Disclosures by former NSA contractor Edward Snowden and others have exposed the extent of electronic surveillance and led U.S. authorities to modestly scale back some of the programs, in part to protect privacy rights.

Companies including Yahoo have challenged some classified surveillance before the Foreign Intelligence Surveillance Court, a secret tribunal.

Some FISA experts said Yahoo could have tried to fight last year’s directive on at least two grounds: the breadth of the demand and the necessity of writing a special program to search all customers’ emails in transit.

Apple Inc made a similar argument earlier this year when it refused to create a special program to break into an encrypted iPhone used in the 2015 San Bernardino massacre. The FBI dropped the case after it unlocked the phone with the help of a third party, so no precedent was set.

Other FISA experts defended Yahoo’s decision to comply, saying nothing prohibited the surveillance court from ordering a search for a specific term instead of a specific account. So-called “upstream” bulk collection from phone carriers based on content was found to be legal, they said, and the same logic could apply to Web companies’ mail.

As tech companies become better at encrypting data, they are likely to face more such requests from spy agencies.

Former NSA General Counsel Stewart Baker said email providers “have the power to encrypt it all, and with that comes added responsibility to do some of the work that had been done by the intelligence agencies.”

SECRET SIPHONING PROGRAM

Mayer and other executives ultimately decided to comply with the directive last year rather than fight it, in part because they thought they would lose, said the people familiar with the matter.

Yahoo in 2007 had fought a FISA demand that it conduct searches on specific email accounts without a court-approved warrant. Details of the case remain sealed, but a partially redacted published opinion showed Yahoo’s challenge was unsuccessful.

Some Yahoo employees were upset about the decision not to contest the more recent directive and thought the company could have prevailed, the sources said.

They were also upset that Mayer and Yahoo General Counsel Ron Bell did not involve the company’s security team in the process, instead asking Yahoo’s email engineers to write a program to siphon off messages containing the character string the spies sought and store them for remote retrieval, according to the sources.

The sources said the program was discovered by Yahoo’s security team in May 2015, within weeks of its installation. The security team initially thought hackers had broken in.

When Stamos found out that Mayer had authorized the program, he resigned as chief information security officer and told his subordinates that he had been left out of a decision that hurt users’ security, the sources said. Due to a programming flaw, he told them hackers could have accessed the stored emails.

Stamos’s announcement in June 2015 that he had joined Facebook did not mention any problems with Yahoo. (bit.ly/2dL003k)

In a separate incident, Yahoo last month said “state-sponsored” hackers had gained access to 500 million customer accounts in 2014. The revelations have brought new scrutiny to Yahoo’s security practices as the company tries to complete a deal to sell its core business to Verizon Communications Inc for $4.8 billion.

(Reporting by Joseph Menn; Editing by Jonathan Weber and Tiffany Wu)

 

Original article on Reuters

By Joseph Menn

Does IQ Determine If You’re Prejudiced? It’s Complicated

1.jpg

There’s a long-standing and somewhat uncomfortable finding in psychology: that low IQ, conservative social beliefs and prejudice — including anti-gay attitudes and racism — are all linked. Many studies have found this relationship — so much so that a 2015 meta-analysis of the research suggested that researchers who conduct studies of people’s ideology and prejudice should take participants’ cognitive ability into account.

New research, though, suggests that there’s more to the story. When the definition of prejudice is expanded beyond its usual meaning — that is, holding negative attitudes toward historically powerless minority groups— it turns out that people all along the IQ spectrum show prejudiced attitudes.

In other words, intelligence doesn’t determine if you’re prejudiced, but rather the target of that prejudice, the study found. Both the smart and the dumb have biases, but those biases are toward different groups of people, according to the new study, published in the journal Social Psychological and Personality Science.

Continue Reading

By Stephanie Pappas

 

Source: Does IQ Determine If You’re Prejudiced? It’s Complicated

The augmented and virtual reality markets finally realize their potential – ESIST

 

Augmented reality (AR) and virtual reality (VR) investment during Q1 2016 grew 648% year-over-year (YoY), topping $1 billion, according to a CB Insights.

This jump can largely be explained by the technologies’ growing ability to radically change the way consumers interact with branded apps on their mobile devices, which has incentivized investors to capture a share of the expanding market.

Vendors such as Facebook-owned Oculus, Sony, and HTC have helped propel the development of the category in recent years. But they have also been joined by the likes of Microsoft, Google, and smartphone makers like Samsung. This makes sense considering that the AR/VR market is expected to reach $80 billion by 2025, according to Goldman Sachs estimates.

Developers are also showing increased interest in building AR and VR apps, particularly within the gaming industry. In 2015, 20% of gaming professionals were working on AR apps, compared with 7% in 2014, according to UBM Game Network. There are two primary factors contributing to growing developer interest in the AR/VR space:

  • The AR/VR app market is nascent. Smartphone app stores are saturated, making it difficult for developers to get ahead. At the same time, wearables are yet to find the killer app that drives consumer interest. For this reason, developers are turning to the VR/AR app space to get ahead of the massive potential the new technology promises.
  • There is significant consumer interest for brands and retailers to use AR/VR apps.VR and AR are among the most bleeding-edge technologies that marketers can leverage to bolster sales. A recent survey found that roughly 53% of respondents would be more willing to buy a brand’s products if it used VR to market the product, according to Greenlight VR cited by Adweek.

The overnight success of Pokémon Go will spur even greater interest within the AR/VR industry. While few apps can expect to see the same level of interest, the wildly popular game is giving app marketers and publishers a blueprint that guides how to best implement the technology to achieve expansive results.

But app developers must withstand the urge to rush getting new AR/VR apps to the market. This is to ensure that these apps enhance the user experience and don’t appear gimmicky. Pokémon Go’s simplistic gaming model has already suffered some criticism, with claims that the game suffers from numerous bugs and server overloads, notes Business Insider.

The tech industry has promoted the prospect of VR for the past few decades. But only now, with headsets backed by big names like Sony and Facebook, is VR finally becoming a concrete product with mass market potential. While VR technology is largely associated with the gaming industry, the platform offers a new set of content opportunities in entertainment, advertising, and more.

But where is it all going?

Margaret Boland, research analyst for BI Intelligence, Business Insider’s premium research service, has compiled a detailed report on virtual reality content that examines how various VR headset categories will shape VR content development and looks at the trajectory for mobile gaming revenues to get a sense of how spending on VR content might develop. The report also lays out what types of content users and developers can expect on VR platforms, including gaming, video entertainment, and advertising.

Here are some key takeaways from the report:

Continue reading

 

Source: The augmented and virtual reality markets finally realize their potential – Business Insider