Category Archives: Human Behavior

Surprised? Studies Linking Violent Video Games To Real-World Human Behavior Have Been Retracted – Hot Hardware

We'll give you a moment to pick your jaw up off the floor. Now brace yourself before reading further. Ready for this? Not one, but TWO studies linking violent video games to real-life violent tendencies have been retracted. Granted, that still leaves about a trillion more, but it's a start, right?

The first of those studies is titled "Boom, Headshot!" It was published in the Journal of Communication Research five years ago and it looked at the "effect of video game play and controller type on firing aim and accuracy." Not without controversy, the study concluded that first person shooters were essentially training gamers to become skilled gunmen in real life. Because you know, mashing a mouse or gamepad button while aiming with an analog stick is exactly like the real thing. Or not.

"He wants to discredit my research and ruin my reputation," Bushman said.

The Journal of Communication Research ultimately retracted the study this past January.

"A Committee of Initial Inquiry at Ohio State University recommended retracting this article after being alerted to irregularities in some variables of the data set by Drs. Markey and Elson in January 2015," the retraction notice read. "Unfortunately, the values of the questioned variables could not be confirmed because the original research records were unavailable."

While that might have been tough luck for Bushman, it wasn't the only controversial study of his to be scrutinized and eventually retracted. In another paper published in Gifted Child Quarterly in 2016, Bushman and three other researchers studied the "effects of violent media on verbal task performance in gifted and general cohort children." They noted a substantial (and temporary) drop in verbal skills in children after subjecting them to 12 minutes of a violent cartoon.

Joseph Hilgard, a postdoctoral fellow at the University of Pennsylvania, had doubts about the study. When looking into the matter, he noted that Bushman and his colleagues were forthcoming but couldn't provide details on the study's data collection process. The person who collected the data lived in Turkey and has been out of contact with the group. As a result, it too was retracted.

"As the integrity of the data could not be confirmed, the journal has determined, and the co-authors have agreed, to retract the study," the retraction notice said.

It's a tough break for Bushman, but a good day for gamers.

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Surprised? Studies Linking Violent Video Games To Real-World Human Behavior Have Been Retracted - Hot Hardware

Adoption Of Bow Use In Ancient Hunting May Have Set Off Societal Changes – New Hampshire Public Radio

At a point during human prehistory, hunters' reliance on the spear-thrower, or atlatl, shifted to another kind of weapon the self-bow.

This change happened on multiple continents (though bows never really caught on in Australia, where atlatls tended to yield only later, to firearms).

The first bows we know of conclusively, from archaeology, come from pine arrow shafts found at a bog site in Germany called Stellmoor, dating to around 11,000 years ago. Though, it's possible bows were in use much earlier in Africa.

Why did the bow replace the atlatl, and what social consequences may have followed from that shift? These are questions being asked by University of Wyoming PhD candidate in anthropology Brigid Sky Grund in a new paper in American Anthropologist, from which I took the above information.

As Grund notes in the article, most theories about this shift have pointed to the bow's greater accuracy and faster reload rate in hunting smaller fauna or in warfare. But Grund herself is looking instead at a different factor: the comparative learnability of each weapon. She writes:

"Most studies of bow and atlatl performance characteristics focus on the inherent qualities of the weapons themselves, neglecting to consider that functional weapons are wielded by capable individuals of various ages, sexes, strengths, dexterities, and skill levels."

I like this insight, because it puts people, in all our formidable variation, back into the equation, front and center. It's a dynamic-systems analysis if you will, in which a weapon and its user are inseparable.

In her analysis of learnability, Grund uses modern-day, long-term data sets up to eight years' worth from competitors participating in the World Atlatl Association International Standard Accuracy Contest (ISAC) and the Society for Creative Anachronism Inter-Kingdom Archery Competition (IAC).

Because she was able to track individual competitors' scores over time, she could see something about the rapidity of the learning curve for each weapon. As it turned out, individuals' atlatl scores increase rapidly right from the start, whereas people's bow scores don't in fact only in the fourth year of competition do bow users begin to approach maximum skill level.

In addition, youth scores from the two competitions, taken together with anthropological data on real-world hunting-weapon use, show that "biological constraints may preclude juveniles from wielding bows until later ages than atlatls."

Grund thinks, then, that less strong weapon users in the past based on contemporary differences in strength and dexterity in men and women, this group was likely to have included some women as well as juveniles may have been more likely to learn how to use an atlatl effectively. The stronger, skilled members of a population would, then, be the ones more likely to readily learn how to use a bow successfully.

In an email message last week, Grund elaborated on this point:

"If entire family groups comprised of people of varying ages, sexes, and strengths wield projectile technologies as part of hunting parties, atlatls may be favored over bows because they are accessible to wider segments of human populations.

On the other hand, if only a few individuals from a family or cultural group are required to participate in hunting behavior, then the exclusivity of bow technology might not matter, since projectiles would only be wielded by a few hunting specialists within that group."

It's that line of reasoning that leads Grund straight into the realm of prehistoric social behavior. In her paper, she concludes that the bow's favoring of highly skilled weapon users probably "exacerbated prehistoric social disparities and likely catalyzed emergent age- and-sex-based social divisions in prehistory."

If she's right, that's a broadly important finding in anthropology, because it clues us in to a cascade of major social changes in human groups over time.

But what about our why question: Why the shift from an easier-to-use to a harder-to-use hunting weapon?

Echoing the behavioral-ecology perspective in her paper, Grund said (excerpted from a lengthier answer):

"Chronologically, in many regions of the world, the adoption of bow technology seems to be coarsely correlated with a broadening of diet breadth and an increased preponderance of small game hunting.

Many human behavioral ecology studies of modern foragers have shown that under broad diet breadth and/or high resource stress conditions, the sexual division of labor increases. Therefore, a shift towards hunting smaller game under many prehistoric scenarios was likely associated with an increase in the division of labor, simply as a product of fluctuating resource exploitation strategies and dietary needs."

As she continues, Grund explains more precisely where the atlatl-to-bow shift comes in:

"Increased divisions of labor associated with broadened diet breadth and the appearance of hunting 'specialists' might cause a shift from atlatl to bow technology, and, reciprocally, the adoption of bow technology might inherently intensify emergent divisions of labor since it is less accessible to people of varying ages, sexes, strengths, and/or dexterities.

Though I haven't disentangled cause and effect yet, it seems that both the shift from atlatl to bow and chronologically associated fluctuations in resource exploitation strategies likely worked together to increase divisions of labor in prehistoric societies."

An acknowledgment that cause and effect can't easily be distinguished in this case is welcome. Still, I think Grund is on to something by thinking broadly about generalists versus specialists in weapon use.

In our prehistory, at certain times and places, individuals became more specialized for certain tasks that others in the group couldn't, or didn't, carry out and this in turn set social changes into effect. Precisely how human groups might be affected by the exclusion of certain group members from effective use of hunting technology such as bows may vary by region and will require new hypotheses and further work.

While discussing all this, I learned that for Grund, atlatls aren't merely academic. She threw her first atlatl dart back in high school, continued to experiment with atlatls during archaeology fieldwork, and in 2011 took first place in the novice/"non-regular competitor" women's division of an informal atlatl competition organized by the World Atlatl Association and the Wyoming Archaeological Society.

"We shot at homemade Pleistocene animal targets, including a paper mch mammoth," Grund explained.

That paper mch mammoth isn't credited in Grund's American Anthropologist paper. But who knows? Grund's hands-on experience may have played a role in her coming up with an innovative hypothesis about hunting patterns in our past.

Barbara J. King is an anthropology professor emerita at the College of William and Mary. She often writes about the cognition, emotion and welfare of animals, and about biological anthropology, human evolution and gender issues. Barbara's new book is Personalities on the Plate: The Lives and Minds of Animals We Eat. You can keep up with what she is thinking on Twitter: @bjkingape

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Adoption Of Bow Use In Ancient Hunting May Have Set Off Societal Changes - New Hampshire Public Radio

Sociologists urge use of big data to study human interaction … – Stanford University News

The internet dominates our world and each one of us is leaving a larger digital footprint as more time passes. Those footprints are ripe for studying, experts say.

A new paper urges sociologists and social psychologists to focus on developing online research studies with the help of big data to advance theories of social interaction and structure. (Image credit: pixelfit / Getty Images)

In a recently published paper, a group of Stanford sociology experts encourage other sociologists and social psychologists to focus on developing online research studies with the help of big data in order to advance the theories of social interaction and structure.

Companies have long used information they gather about their online customers to get insights into performance of their products, a process called A/B testing. Researchers in other fields, such as computer science, have also been taking advantage of the growing amount of data.

But the standard for many experiments on social interactions remains limited to face-to-face laboratory studies, said Paolo Parigi, a lead author of the study, titled Online Field Experiments: Studying Social Interactions in Context.

Parigi, along with co-authors Karen Cook, a professor of sociology, and Jessica Santana, a graduate student in sociology, are urging more sociology researchers to take advantage of the internet.

What I think is exciting is that we now have data on interactions to a level of precision that was unthinkable 20 years ago, said Parigi, who is also an adjunct professor in the Department of Civil and Environmental Engineering.

In the new study, the researchers make a case for online field experiments that could be embedded within the structure of existing communities on the internet.

The researchers differentiate online field experiments from online lab experiments, which create a controlled online situation instead of using preexisting environments that have engaged participants.

In their new study, sociology Professor Karen Cook and her co-authors make a case for online field experiments that could be embedded within the structure of existing communities on the internet. (Image credit: L.A. Cicero)

The internet is not just another mechanism for recruiting more subjects, Parigi said. There is now space for what we call computational social sciences that lies at the intersection of sociology, psychology, computer science and other technical sciences, through which we can try to understand human behavior as it is shaped and illuminated by online platforms.

As part of this type of experiment, researchers would utilize online platforms to take advantage of big data and predictive algorithms. Recruiting and retaining participants for such field studies is therefore more challenging and time-consuming because of the need for a close partnership with the platforms.

But online field experiments allow researchers to gain an enhanced look at certain human behaviors that cannot be replicated in a laboratory environment, the researchers said.

For example, theories about how and why people trust each other can be better examined in the online environments, the researchers said, because the context of different complex social relationships is recorded. In laboratory experiments, researchers can only isolate the type of trust that occurs between strangers, which is called thin trust.

Most recently, Cook and Parigi have used the field experiment design to research the development of trust in online sharing communities, such as Airbnb, a home and room rental service. The results of the study are scheduled to be published later this year. More information about that experiment is available at stanfordexchange.org.

Its a new social world out there, Cook said, and it keeps expanding.

Using big data does come with a greater need for ethical responsibility. In order for the online studies of social interactions to be as accurate as possible, researchers require access to private information for their participants.

One solution that protects participants privacy is linking their information, such as names or email addresses, to unique identifiers, which could be a set of letters or numbers assigned to each research subject. The administrators of the platform would then provide those identifiers to researchers without compromising privacy.

Its also important to make sure researchers acquire the permission of the online platforms participants. Transparency is key in those situations, Cook said.

The research was funded by the National Science Foundation.

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Sociologists urge use of big data to study human interaction ... - Stanford University News

A psychologist, dog poop and human behavior – Albany Times Union

Dr. Allen Carl walks Nellie, a border collie mix, while his wife, Susan Ross, carries Stanley the Maltese in a sling on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union) less Dr. Allen Carl walks Nellie, a border collie mix, while his wife, Susan Ross, carries Stanley the Maltese in a sling on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times ... more

Dr. Allen Carl holds a roll of dog poop plastic bags on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Dr. Allen Carl holds a roll of dog poop plastic bags on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Dana Graupe poses with Monty, a 3-year-old St. Bernard mix, on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Dana Graupe poses with Monty, a 3-year-old St. Bernard mix, on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Stanley, a Maltese, in her preferred transportation mode, a dog sling carried by Susan Ross, on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Stanley, a Maltese, in her preferred transportation mode, a dog sling carried by Susan Ross, on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Susan Ross with Stanley, a Maltese, in his dog sling, where he falls asleep and snores on walks on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Susan Ross with Stanley, a Maltese, in his dog sling, where he falls asleep and snores on walks on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Susan Ross and her dogs Nellie and Stanley (in sling) meet Dana Graupe and her dog, Monty, on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Susan Ross and her dogs Nellie and Stanley (in sling) meet Dana Graupe and her dog, Monty, on Sunday, April 2, 2017, in Albany's Washington Park. (Paul Grondahl/Special to the Times Union)

Roxie, Stella and Grace from the French bulldog-Boston terrier page on AlbanyDogs.net (Photo by Michael Kalin)

Roxie, Stella and Grace from the French bulldog-Boston terrier page on AlbanyDogs.net (Photo by Michael Kalin)

Caroline and Daisy, best companions for 14 years. (Caroline Grondahl)

Caroline and Daisy, best companions for 14 years. (Caroline Grondahl)

Caroline Grondahl on her 4th birthday, when she got Daisy as a surprise birthday present. (Paul Grondahl)

Caroline Grondahl on her 4th birthday, when she got Daisy as a surprise birthday present. (Paul Grondahl)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Daisy, an Australian shepherd mix (Photo couresy of Jake Dillon)

Max, a jumbo-sized Shetland sheepdog (Photo courtesy of Norma Chepaitis Shook)

Max, a jumbo-sized Shetland sheepdog (Photo courtesy of Norma Chepaitis Shook)

Max, a jumbo-sized Shetland sheepdog (Photo courtesy of Norma Chepaitis Shook)

Max, a jumbo-sized Shetland sheepdog (Photo courtesy of Norma Chepaitis Shook)

The best memory with Willow, a service dog at Pine Bush Elementary School (Drawing by Sanjana Stephen)

The best memory with Willow, a service dog at Pine Bush Elementary School (Drawing by Sanjana Stephen)

Micah the yellow Lab (Photo courtesy of Sue Raynis)

Micah the yellow Lab (Photo courtesy of Sue Raynis)

Micah the yellow Lab (Photo courtesy of Sue Raynis)

Micah the yellow Lab (Photo courtesy of Sue Raynis)

Minnie the shepherd mix on the dog bed she hated. (Photo courtesy of Claire Lynch)

Minnie the shepherd mix on the dog bed she hated. (Photo courtesy of Claire Lynch)

Minnie, a shepherd mix, enjoying Washington Park in Albany. (Photo courtesy of Claire Lynch)

Minnie, a shepherd mix, enjoying Washington Park in Albany. (Photo courtesy of Claire Lynch)

Jake the beagle with Kim Kendrick's son Michael. (Photo courtesy of Kim Kendrick)

Jake the beagle with Kim Kendrick's son Michael. (Photo courtesy of Kim Kendrick)

Tucker the cocker spaniel (Drawing by Conner Len)

Tucker the cocker spaniel (Drawing by Conner Len)

Bandit, a dog who thinks he's a cat. (Drawing by Lauren, a 5th grader at Pine Bush Elementary School)

Bandit, a dog who thinks he's a cat. (Drawing by Lauren, a 5th grader at Pine Bush Elementary School)

Gerty, my funny puppy (Drawing by Erika Para)

Gerty, my funny puppy (Drawing by Erika Para)

Gerty the Funny Puppy (Drawing by Erika, a 5th grader at Pine Bush Elementary School)

Gerty the Funny Puppy (Drawing by Erika, a 5th grader at Pine Bush Elementary School)

Precious, a cocker spaniel who lived up to her name. (Photo by Ed DerGurahian)

Precious, a cocker spaniel who lived up to her name. (Photo by Ed DerGurahian)

Precious, a beloved cocker spaniel and faithful companion. (Photo by Ed DerGurahian)

Precious, a beloved cocker spaniel and faithful companion. (Photo by Ed DerGurahian)

Kosmo the Sheltie was named after Cosmo Kramer of Seinfeld show fame (Photo courtesy of Dianne L. Patterson)

Kosmo the Sheltie was named after Cosmo Kramer of Seinfeld show fame (Photo courtesy of Dianne L. Patterson)

Kosmo the Sheltie was named after Cosmo Kramer of Seinfeld show fame (Photo courtesy of Dianne L. Patterson)

Kosmo the Sheltie was named after Cosmo Kramer of Seinfeld show fame (Photo courtesy of Dianne L. Patterson)

Raymond G. Shepherd as a young dog. (Photo courtesy of Dan Doyle)

Raymond G. Shepherd as a young dog. (Photo courtesy of Dan Doyle)

Raymond G. Shepherd at Lake Harris (Photo courtesy of Dan Doyle)

Raymond G. Shepherd at Lake Harris (Photo courtesy of Dan Doyle)

Red "The Houndicorn," a bloodhound. (Photo courtesy of Shelby Cady)

Red "The Houndicorn," a bloodhound. (Photo courtesy of Shelby Cady)

Red "The Houndicorn," a bloodhound. (Photo courtesy of Shelby Cady) ORG XMIT: Gf9lqfJtNms_KWVN14GS

Red "The Houndicorn," a bloodhound. (Photo courtesy of Shelby Cady) ORG XMIT: Gf9lqfJtNms_KWVN14GS

John Runfola's dog, Sailor Bob. (Courtesy John Runfola)

John Runfola's dog, Sailor Bob. (Courtesy John Runfola)

John Runfola's dog, Sailor Bob. (Courtesy John Runfola)

John Runfola's dog, Sailor Bob. (Courtesy John Runfola)

Scamp, a Schnoodle -- Schnauzer and poodle cross -- meets some children at Dr. Jonathan Pasternack's Delmar pediatric office. (Photo courtesy of Lois Pasternack)

Scamp, a Schnoodle -- Schnauzer and poodle cross -- meets some children at Dr. Jonathan Pasternack's Delmar pediatric office. (Photo courtesy of Lois Pasternack)

Lois Pasternack with Scamp, her Schnoodle. (Photo courtesy of Lois Pasternack)

Lois Pasternack with Scamp, her Schnoodle. (Photo courtesy of Lois Pasternack)

Maxwell, a black Lab/spaniel mix. (Photo courtesy of Connie Jo Fedorwich)

Maxwell, a black Lab/spaniel mix. (Photo courtesy of Connie Jo Fedorwich)

Maxwell, a black Lab/spaniel mix. (Photo courtesy of Connie Jo Fedorwich)

Maxwell, a black Lab/spaniel mix. (Photo courtesy of Connie Jo Fedorwich)

Simba, a Lab/chow mix (Photo courtesy of Clare Mertz)

Simba, a Lab/chow mix (Photo courtesy of Clare Mertz)

Clockwise from top, Jack Huber, Sunny and Julia Huber, at their home in Delmar in 2008.

Clockwise from top, Jack Huber, Sunny and Julia Huber, at their home in Delmar in 2008.

Jack Huber and Sunny, who can barely keep his eyes open, at their home in Delmar in 2007.

Jack Huber and Sunny, who can barely keep his eyes open, at their home in Delmar in 2007.

Julia Huber and Sunny at their home in Delmar in 2008.

Julia Huber and Sunny at their home in Delmar in 2008.

Syliva the bull terrier (Photo courtesy of Mark Schaming)

Syliva the bull terrier (Photo courtesy of Mark Schaming)

Kaiser Von Buckingham Streeter, the "King of Buckingham," after the Albany neighborhood pond. (Photo courtesy of Elmer Streeter)

Kaiser Von Buckingham Streeter, the "King of Buckingham," after the Albany neighborhood pond. (Photo courtesy of Elmer Streeter)

Rudy the beagle with a Stewart's milk carton (Photo courtesy of Gina Giuliano)

Rudy the beagle with a Stewart's milk carton (Photo courtesy of Gina Giuliano)

Rudy the beagle as a puppy (Photo courtesy of Gina Giuliano)

Rudy the beagle as a puppy (Photo courtesy of Gina Giuliano)

Nellie Bly, a black Lab mix (Photo courtesy of Holly McKenna)

Nellie Bly, a black Lab mix (Photo courtesy of Holly McKenna)

Nellie Bly, a black Lab mix (Photo courtesy of Holly McKenna)

Nellie Bly, a black Lab mix (Photo courtesy of Holly McKenna)

Daisy, Maggie and Kalie the German shorthaired pointers (Photos courtesy of Renee Pizzo-Roy)

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A psychologist, dog poop and human behavior - Albany Times Union

Using Behavioral Economics to Accelerate Autonomous Future – Ward’s Auto

The automotive industry is in the early stages of a potentially transformative evolution where todays personally owned, driver-driven vehicles likely will travel alongside shared and self-driving cars.

The speed with which this future vision arrives hinges on both technological and regulatory advances and on how quickly consumer expectations and behavior shift. Because even if the benefits of a world of shared self-driving cars seem self-evident, companies should not assume consumers will reach a similar conclusion.

In fact, peoples cognitive biases suggest many individuals may be reluctant to relinquish their personally owned and driver-driven vehicles.

Human behavior often can lead us to delay or forgo adopting new technology (in this case, shared and autonomous vehicles), even if that technology provides demonstrable benefits. While research in behavioral economics and social psychology has revealed deep and consistent biases that can lead to suboptimal choices, it also has uncovered potential ways to overcome these mental limitations.

By constructing choices and framing new mobility options in ways that encourage adoption, companies, governments, nonprofits and others can help ensure the future of mobility arrives sooner rather than later.

For decades, researchers have documented the ways in which human decision-making departs from classic assumptions of rational, cost-benefit calculation. Some salient biases that could lead customers to balk at adopting such technological and service innovations are shown below.

The significant investments being made in the future of mobility could be undermined without a careful and thorough consideration of how consumers might perceive and adopt these new technologies and services. Here are a handful of lessons from behavioral economics that can be used to nudge consumers and help overcome cognitive barriers to adoption:

Shared mobility and autonomous vehicles offer many potential benefits, and while important developments emerge nearly daily, the future of mobility still lies ahead of us. How quickly that future emerges is likely to depend not only on the merits of emerging technological solutions, but also on how well key players understand and address consumers cognitive biases.

Derek Pankratz is a research manager with the Center for Integrated Research in Deloitte Services. His research focuses on the confluence of emerging technological and social trends across industries.

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Using Behavioral Economics to Accelerate Autonomous Future - Ward's Auto

Invisible Manipulators of Your Mind | by Tamsin Shaw | The New … – The New York Review of Books

The Undoing Project: A Friendship That Changed Our Minds

by Michael Lewis

Norton, 362 pp., $28.95

We are living in an age in which the behavioral sciences have become inescapable. The findings of social psychology and behavioral economics are being employed to determine the news we read, the products we buy, the cultural and intellectual spheres we inhabit, and the human networks, online and in real life, of which we are a part. Aspects of human societies that were formerly guided by habit and tradition, or spontaneity and whim, are now increasingly the intended or unintended consequences of decisions made on the basis of scientific theories of the human mind and human well-being.

The behavioral techniques that are being employed by governments and private corporations do not appeal to our reason; they do not seek to persuade us consciously with information and argument. Rather, these techniques change behavior by appealing to our nonrational motivations, our emotional triggers and unconscious biases. If psychologists could possess a systematic understanding of these nonrational motivations they would have the power to influence the smallest aspects of our lives and the largest aspects of our societies.

Michael Lewiss The Undoing Project seems destined to be the most popular celebration of this ongoing endeavor to understand and correct human behavior. It recounts the complex friendship and remarkable intellectual partnership of Daniel Kahneman and Amos Tversky, the psychologists whose work has provided the foundation for the new behavioral science. It was their findings that first suggested we might understand human irrationality in a systematic way. When our thinking errs, they claimed, it does so predictably. Kahneman tells us that thanks to the various counterintuitive findingsdrawn from surveysthat he and Tversky made together, we now understand the marvels as well as the flaws of intuitive thought.

Kahneman presented their new model of the mind to the general reader in Thinking, Fast and Slow (2011), where he characterized the human mind as the interrelated operation of two systems of thought: System One, which is fast and automatic, including instincts, emotions, innate skills shared with animals, as well as learned associations and skills; and System Two, which is slow and deliberative and allows us to correct for the errors made by System One.

Lewiss tale of this intellectual revolution begins in 1955 with the twenty-one-year-old Kahneman devising personality tests for the Israeli army and discovering that optimal accuracy could be attained by devising tests that removed, as far as possible, the gut feelings of the tester. The testers were employing System One intuitions that skewed their judgment and could be avoided if tests were devised and implemented in ways that disallowed any role for individual judgment and bias. This is an especially captivating episode for Lewis, since his best-selling book, Moneyball (2003), told the analogous tale of Billy Beane, general manager of the Oakland Athletics baseball team, who used new forms of data analytics to override the intuitive judgments of baseball scouts in picking players.

The Undoing Project also applauds the story of the psychologist Lewis Goldberg, a colleague of Kahneman and Tversky in their days in Eugene, Oregon, who discovered that a simple algorithm could more accurately diagnose cancer than highly trained experts who were biased by their emotions and faulty intuitions. Algorithmsfixed rules for processing dataunlike the often difficult, emotional human protagonists of the book, are its uncomplicated heroes, quietly correcting for the subtle but consequential flaws in human thought.

The most influential of Kahneman and Tverskys discoveries, however, is prospect theory, since this has provided the most important basis of the biases and heuristics approach of the new behavioral sciences. They looked at the way in which people make decisions under conditions of uncertainty and found that their behavior violated expected utility theorya fundamental assumption of economic theory that holds that decision-makers reason instrumentally about how to maximize their gains. Kahneman and Tversky realized that they were not observing a random series of errors that occur when people attempted to do this. Rather, they identified a dozen systematic violations of the axioms of rationality in choices between gambles. These systematic errors make human irrationality predictable.

Lewis describes, with sensitivity to the political turmoil that constantly assailed them in Israel, the realization by Kahneman and Tversky that emotions powerfully influence our intuitive analysis of probability and risk. We particularly aim, on this account, to avoid negative emotions such as regret and loss. Lewis tells us that after the Yom Kippur War, Israelis deeply regretted having to fight at a disadvantage as a result of being taken by surprise. But they did not regret Israels failure to take the action that both Kahneman and Tversky thought could have avoided war: giving back the territorial gains from the 1967 war. It seemed to Kahneman and Tversky that in this case as in others people regretted losses caused by their actions more than they regretted inaction that could have averted the loss. And if this were generally the case it would regularly inform peoples judgments about risk.

That research eventually yielded heuristics, or rules of thumb, that have now become well-known shorthand expressions for specific flaws in our intuitive thinking. Some of these seem to be linked by a shared emotional basis: the endowment effect (overvaluation of what we already have), status quo bias (an emotional preference for maintaining the status quo), and loss aversion (the tendency to attribute much more weight to potential losses than potential gains when assessing risk) are all related to an innate conservatism about what we feel we have already invested in.

Many of these heuristics are easy to recognize in ourselves. The availability heuristic describes our tendency to think that something is much more likely to occur if we happen to be, for contingent reasons, strongly aware of the phenomenon. After September 11, for instance, fear of terrorism was undoubtedly disproportionate to the probability of its occurrence relative to car crashes and other causes of death that were not flashing across our TV screens night and day. We find it hard to tune out information that should, strictly speaking, not be of high relevance to our judgment.

But in spite of revealing these deep flaws in our thinking, Lewis supplies a consistently redemptive narrative, insisting that this new psychological knowledge permits us to compensate for human irrationality in ways that can improve human well-being. The field of behavioral economics, a subject pioneered by Richard Thaler and rooted in the work of Kahneman and Tversky, has taken up the task of figuring out how to turn us into better versions of ourselves. If the availability heuristic encourages people to ensure against very unlikely occurrences, nudges such as providing vivid reminders of more likely bad outcomes can be used to make their judgments of probability more realistic. If a bias toward the status quo means that people tend not to make changes that would benefit them, for instance by refusing to choose between retirement plans, we can make the more beneficial option available by automatically enrolling people in a plan with the option to withdraw if they choose.

This is exactly what Cass Sunstein did when when he oversaw the Office of Information and Regulatory Affairs in the Obama White House (Obama subsequently created a Social and Behavioral Sciences Team). He devised choice architectures or nudges that would work with the intuitive apparatus people have in order to guide their choices. In Lewiss hands, the potential for doing good through such means can be a kind of magic, stealing like moonlight through the homes of sleeping Americans:

Millions of US corporate and government employees had woken up one day during the 2000s and found they no longer needed to enroll themselves in retirement plans but instead were automatically enrolled.

Sunstein and Thaler have described the political philosophy of such interventions as Libertarian Paternalism. It is libertarian because they do not impose mandates to narrow peoples choice, but merely frame choices or provide incentives that tend to make people better off, as judged by themselves. Their claim is that this form of influence, albeit often unconscious, is not manipulative or coercive because the possibility of a person choosing differently is not closed down. Lewiss book ends with an uncomplicated celebration of this form of guided but purportedly free choice.

Lewis does not discuss the ways in which the same behavioral science can be used quite deliberately for the purposes of deception and manipulation, though this has been one of its most important applications. Frank Babetski, a CIA Directorate of Intelligence analyst who also holds the Analytical Tradecraft chair at the Sherman Kent School of Intelligence Analysis at the CIA University, has called Kahnemans Thinking, Fast and Slow a must read for intelligence officers.

Babetski has described the use of behavioral science for deceptive practices that are part of the intelligence officers trade.1 He is envisaging this use as constrained by law and by intelligence goals that are ultimately determined by democratic governments. But in doing so he also reveals the potential for coercion that is implicit in these tools for anyone willing to wield it.

The deeper concern that Lewiss happy narrative omits entirely is that behavioral scientists claim to have developed the capacity to manipulate peoples emotional lives in ways that shape their fundamental preferences, values, and desires. In Kahnemans recent work he has developed the idea, originally set out in one of his papers with Tversky (who died in 1996), that we are not good judges of our own well-being. Our intuitions are unstable and conflicting. We may retrospectively judge an experience more enjoyable than our subjective reports suggested at the time. Kahneman, working with others in the field of positive psychology, has helped to establish a new subfield, hedonic psychology, which measures not just pleasure but well-being in a broader sense, in order to establish a more objective account of our condition than our subjective reflection can afford us.

This new subfield has led the way in combining research in behavioral science with big data, a further development that is beyond the scope of Lewiss book, but one that has tremendously expanded the potential applications of Kahneman and Tverskys ideas. Psychologists at the World Well-Being Project, at the University of Pennsylvania, have collaborated with Michal Kosinski and David Stillwell, computational psychologists from the Psychometrics Centre at the University of Cambridge and developers of myPersonality. This was a Facebook application that allowed users to take psychometric tests and gathered six million test results and four million individual profiles. Scores on these tests could be combined with enormous amounts of data from the users Facebook environment. The application has been used in conjunction with personality measures such as the big five, also known as the OCEAN model, which purportedly measures openness, conscientiousness, extraversion, agreeableness, and neuroticism. Words such as apparently and actually, for example, are taken to correlate with a higher degree of neuroticism. The architects of myPersonality claim that these tests, in conjunction with other data, permit the prediction of individual levels of well-being.

The guiding idea for the World Well-Being Project is that we need not rely on our faulty subjective judgments about what will make us happy or what path in life will give us a sense of meaning.2 But if those studying behavioral influence are targeting the form of well-being that we value and the kind of happiness we seek, then it is harder to see how peoples being better off, as judged by themselves genuinely preserves their freedom. And this concern is not a purely academic one. The manipulation of preferences has driven the commercialization of behavioral insights and is now fundamental to the digital economy that shapes so much of our lives.

In 2007, and again in 2008, Kahneman gave a masterclass in Thinking About Thinking to, among others, Jeff Bezos (the founder of Amazon), Larry Page (Google), Sergey Brin (Google), Nathan Myhrvold (Microsoft), Sean Parker (Facebook), Elon Musk (SpaceX, Tesla), Evan Williams (Twitter), and Jimmy Wales (Wikipedia).3 At the 2008 meeting, Richard Thaler also spoke about nudges, and in the clips we can view online he describes choice architectures that guide people toward specific behaviors but that can be reversed with one click if the subject doesnt like the outcome. In Kahnemans talk, however, he tells his assembled audience of Silicon Valley entrepreneurs that primingpicking a suitable atmosphereis one of the most important areas of psychological research, a technique that involves offering people cues unconsciously (for instance flashing smiley faces on a screen at a speed that makes them undetectable) in order to influence their mood and behavior. He insists that there are predictable and coherent associations that can be exploited by this sort of priming. If subjects are unaware of this unconscious influence, the freedom to resist it begins to look more theoretical than real.

The Silicon Valley executives clearly saw the commercial potential in these behavioral techniques, since they have now become integral to that sector. When Thaler and Sunstein last updated their nudges.org website in 2011, it contained an interview with John Kenny, of the Institute of Decision Making, in which he says:

You cant understand the success of digital platforms like Amazon, Facebook, Farmville, Nike Plus, and Groupon if you dont understand behavioral economic principles. Behavioral economics will increasingly be providing the behavioral insight that drives digital strategy.

And Jeff Bezos of Amazon, in a letter to shareholders in April 2015, declared that Amazon sellers have a significant business advantage because through our Selling Coach program, we generate a steady stream of automated machine-learned nudges (more than 70 million in a typical week). It is hard to imagine that these 70 million nudges leave Amazon customers with the full freedom to reverse, after conscious reflection, the direction in which they are being nudged.

Facebook, too, has embraced the behavioral insights described by Kahneman and Thaler, having received wide and unwanted publicity for researching priming. In 2012 its Core Data Science Team, along with researchers at Cornell University and the University of California at San Francisco, experimented with emotional priming on Facebook, without the awareness of the approximately 700,000 users involved, to see whether manipulation of their news feeds would affect the positivity or negativity of their own posts. When this came to light in 2014 it was generally seen as an unacceptable form of psychological manipulation. But Facebook defended the research on the grounds that its users consent to their terms of service was sufficient to imply consent to such experiments.

Nathan Myhrvold, the former chief technology officer of Microsoft who attended Kahnemans masterclasses in 2007, went on to become an adviser to Kahnemans own consulting firm, TGG Group, chaired by the former Citibank head Vikram Pandit. This group aims, according to its website, to unpack the knowledge hidden in big data, designchoice architectures, and reduce noise in decision-making (that is, to eliminate inconsistencies created by conflicting subjective judgments in organizations).

The website does not list any of TGGs clients, though early articles mention its pitching Deutsche Bank. In conjunction with big data, behavioral science has become an extraordinarily powerful tool in the world of business and finance, and Kahneman has not shied away from these applications. Lewiss book ends with the thrill of the phone ringing in Kahnemans living room on an October morning in 2002, as we anticipate the announcement that he has won the Nobel Prize for his work with Tversky. But the story of their ideas silently transforming our social world, in conjunction with data we supply, has only just begun.

Since the electoral surprise of November 8, 2016, the magical tale of behavioral science making the world a better place has been replaced by a darker story in the public mind. It has been widely reported that Trumps team, as adviser Jared Kushner puts it, played Moneyball with the election. News outlets have claimed that although Obamas and Clintons teams both used social media, data analytics, and finely grained targeting to promote their message, Trumps team, according to Forbes, delved into message tailoring, sentiment manipulation and machine learning.4 If this sinister level of manipulation seems far-fetched, it nevertheless reflects the boasts of Cambridge Analytica, the company they employed to do this for them, a subsidiary of the British-based SCL Group.

The company, whose board has included Trumps chief strategist, Steve Bannon, has also been held responsible by the press for the outcome of the Brexit vote of June 2016. Its CEO, Alexander Nix, claims in a presentation entitled The Power of Big Data and Psychographics (which can be found on Youtube5) that Cambridge Analytica has used OCEAN personality tests in combination with data mined from social media to produce psychographic profilesmodels that predict personality traitsfor every adult in America. It did so without the consent of Kosinski and Stillwell, who developed the technique. Nix claims that they possess between four and five thousand data points on every potential voter, after combining the personality test results with attitudinal data, such as credit card spending patterns, consumer preferences, Facebook likes, and civic and political engagement.

There is an interesting slippage in the presentation between Nix saying that hundreds of thousands of people have filled out Cambridge Analyticas questionnaires and his claiming they have this amount of data on every American adult. It is either an empty boast or there is a disturbing story to be told about how they acquired this information. Nix nevertheless claims that they can use their data in combination with tracking cookies, data from cable companies, and other media tools to target very specific audiences with messages that are persuasive because they are informed by behavioral science.

In describing their behavioral methods of persuasion, Nix gives the example of a private beach owner who wishes to keep the public out. He might, Nix says, put up an informational sign that seeks to inform attitudes, such as: Public beach ends here: private property. Or he could seek to probe an altogether much more powerful, underlying motivation by putting up a sign that says Warning: shark sighted. The threat of being eaten by a shark, Nix claims, will be more effective. Similarly, in videos made by Cambridge Analyticas research wing, the Behavioral Dynamics Institute, the group describes strategies for appealing directly to peoples underlying fears and desires in ways that are continuous with the insights of behavioral economics, but that seem less scrupulous about employing lies or half-truths to influence System One motivations.

This behavioral microtargeting is what Nix claims to have used when Cambridge Analytica worked on the Cruz campaign. But it is important to remember that this much-discussed video is a sales pitch.

Behavioral techniques, microtargeting, and data analysis are not new to political campaigns, as Sasha Issenberg has shown in The Victory Lab: The Secret Science of Winning Campaigns (2012). Accurate and detailed psychographic profiles are a product that everyone in this business wants, so thats what Nix claims to be selling. Doubts have been raised about whether the Trump team in fact employed these techniques, though the Cambridge Analytica website has posted articles asserting that they did. There has also been some skepticism about whether the psychographic techniques Nix describes actually work.6

It is impossible to test the claims of organizations such as Cambridge Analytica, since there can be no control group, only the kind of ambiguous observational data that can be attained in a very noisy environment. But this doesnt mean that there is no threat to democracy once we start relying less on information that can be critically scrutinized in favor of unconscious manipulation.

Whatever the truth of Cambridge Analyticas claims, the very existence of such companies tells us something important about the weight that unconscious influence, relative to reasoned argument, now plays in political campaigns. Kahnemans TGG Group is not involved in the business of political influence. But according to Issenberg, in 2006, a private group at the University of California, Los Angeles, called the Consortium of Behavioral Scientists, which was run by psychologist Craig Fox and included Kahneman and Thaler, began to persuade Democrats that they needed to employ behavioral science. The secrecy of the group was a result of qualms about how such initiatives would be perceived. By now, behavioral strategies are in the open and are ubiquitous. The term propaganda has been replaced by a behavioral approach to persuasive communication with quantifiable results.

Companies such as SCL Group claim to have the weapons to win large-scale ideological struggles. We can watch online a video of Nigel Oakes, the head of SCL Group, delivering a presentation to the US Department of State on behalf of SCL Defence, one of its subsidiaries. He points out that traditional advertisers who appeal to individuals and capture 0.6 percent of their market are considered very successful. Strategic communication, however, requires group communication: Theres no point in having .6 percent of Syrians supporting you or .6 percent of al-Qaeda. Weve got to convince the entire communities.7 The part of the pitch in which he describes his methods is not available for public viewing.

The claim that SCL can deliver this is an extraordinary one, even for a company that has experience in the field through psychological operations led by Steve Tatham, a former commander in the British navy. He worked, for example, with Andrew Mackay, the commander of the British armed forces in Afghanistan, in order to win areas that had been flattened by kinetic activity through persuasive techniques derived from behavioral economics and refined in theater.8

Many of the relevant techniques were suggested directly by Kahneman and Tversky in their 1995 essay Conflict Resolution: A Cognitive Perspective. Tatham and Mackay, in a book on their initiatives, Behavioral Conflict: Why Understanding People and Their Motivations Will Prove Decisive in Future Conflict (2011), describe how they were used in the Afghan war. They employed prospect theory, for example, to think about motivations, realizing that the avoidance of further losses was more important to local populations than the potential realization of gains. The reconstruction of the Kajaki Dam in Helmand, while strategically important, was too remote an incentive to limit insurgent activity around the dam. More immediate incentives had to be created. Kahneman and Tverskys insight into the wisdom of crowds was employed when thinking about decision-making in an Afghan shura, or assembly, where the British sought to empower those individuals who had the right ideas but the least amount of authority.

We cannot, however, gather data on the successes of these initiatives, since the psychological factors involved are opaque and the counterfactuals impossibly complex. When the party wishing to persuade a population arrives with tanks, guns, and drones, and the population itself is internally divided, we cannot easily determine the extent to which cooperation with the occupying forces is the result of behavioral techniques. There is as yet no scientific evidence of how the military can noncoercively influence group behavior on a large scale in zones of conflict. And claims about winning over the majority of a population in any given state are entirely untested.

Nevertheless, SCL Group, which claims to have mastered behavioral influence both online and in the field, recently signed a $500,000 contract with the State Department and according to The Washington Post is in negotiations with the Trump administration to help the Pentagon and other government agencies with counter radicalization program.9 They claim to have offers for their services from all over the world. This in turn will doubtless engender competition from around the world.

The idea of Libertarian Paternalism, in which the tools of the new behavioral sciences remain in the hands of benign liberal mandarins, has come to seem hopelessly quaint. In a more combative and unstable environment there must clearly be greater concern about our capacity to regulate the uses of behavioral science, the robustness of the fundamental research, and the political or financial motivations of any behavioral initiatives to be employed or countered.

Nonrational forms of persuasion are clearly nothing new. But many social psychologists credit Kahneman and Tversky with a profoundly original theory of the human mind, one that exposes systematic, unconscious sources of irrationality, just as Freuds idea of the unconscious was taken to do by previous generations of psychologists. The view that social psychology and behavioral economics are rooted in robust fundamental research of this kind lends the imprimatur of cutting-edge science to the millions of behavioral initiatives now being undertaken across the world.

When Kahnemans Thinking, Fast and Slow was published in 2011, it elicited comparisons to the innovations of Descartes, Darwin, and Freud. But philosophers have long had qualms about the two-systems model Kahneman sets out there. In 1981, L. Jonathan Cohen published a paper entitled Can Human Irrationality Be Experimentally Demonstrated? In it he developed various lines of criticism of Kahneman and Tverskys work, but the one to which Kahneman was particularly moved to respond was the idea that we cannot easily separate intuition from other cognitive functions, that we in fact have no choice but to rely on intuition in our reasoning.

Kahneman rejected the idea that there can be a realm of intuition that cannot be rationally evaluated because people often find inconsistent intuitions appealing.10 If our intuitions conflict, rational deliberation will have to be called upon to adjudicate the disagreement. However, in his ongoing defense of this position he has failed to take into account what Cohen and other philosophers mean by intuition, and so failed to engage the sense in which intuitions are necessary for deliberation.

In Thinking, Fast and Slow, Kahneman characterizes System One intuitions as fast and automatic, whereas System Two reasoning is slow and deliberate. In other words, he characterizes our intuitive judgments phenomenologically, by describing the speed and effortlessness with which they come to us. They are, in effect, snap judgments.When philosophers describe our reliance on intuition, however, they are not concerned with the phenomenology of judgments per se but with the architecture of justification.

We have to rely on intuition, they contend, where our discursive justifications come to an end, for instance in the fundamental laws of logic, such as the principle of noncontradiction, or basic rules of inference. We cannot justify our belief in these laws in ways that dont beg further questions. Our justification for employing them rests on our finding them self-evident. We cannot deliberate rationally without them. Since they are the necessary basis for any deliberative thought, we cannot characterize mental functions as straightforwardly belonging to an intuitive System One or a deliberative System Two.

A further problem arises when we try to assign errors to a particular set of systematic biases, or attribute them to specific flawed heuristics. If we wish to accuse someone employing the word probable or likely of making a false probabilistic judgment, we need to be sure that they are employing the very same concept of probability that is the object of analysis in probability theory. If we wish to accuse someone of making false probabilistic judgments because they are employing a faulty heuristic, we need to be sure that the correct explanation isnt that certain people have some complicating beliefs in the background, in luck or fate or God, for instance.

Similarly, when peoples judgments appear to be affected by irrelevant stimuli, for example a reminder of our mortality seeming to make us more risk-averse (priming effects, that is), a very large number of potential causal factors would have to be ruled out before such irrational biases could be confidently described as features intrinsic to System One. If it is not a simple task to divide thinking into two separate systems, it will not be easy to reduce the complex interactions between unconscious biases, background beliefs, and deliberation in any given case to an identifiable and systematic error.

These objections, if correct, would suggest that many of the psychological experiments Kahneman cites in Thinking, Fast and Slow would be impossible to replicate. And indeed the very year that it was published a replicability crisis emerged in the field of psychology, but most severely in social psychology. The psychologist Ulrich Schimmack has recently created a Replicability Index that analyzes the statistical significance of published results in psychology. He and his collaborators, Moritz Heene and Kamini Kesavan, have applied this to the studies cited in Thinking, Fast and Slow to predict how replicable they will be, assigning letter grades to each chapter. Kahneman and Tverskys own work gets good grades, but many other studies fare very poorly. The chapter on priming, for example, gets an F.11 As reported in Slate, the overall grade of the chapters assessed so far is a C-.12 Kahneman has posted a gracious response to their findings, regretting that he cited studies that used such small sample sizes.13

This seems to represent a serious challenge to the biases and heuristics approach to persuasion. Psychologists have not yet uncovered the fundamental mechanisms governing human thought or finally found the secret key to mind control. Since the human mind is not straightforwardly a mechanism (or we are at least far from proving that it is) and its workings are unfathomably complex so far, they may never succeed in that venture. Some of the biases they have identified can easily be redescribed in ways that dont make them seem like irrational biases at all; some are not transferable across different environments. The fundamental assumption of two discreet systems cannot be sustained.

But this does not mean we can disregard the propaganda initiatives derived from Kahneman and Tverskys work. Many of the persuasive techniques being employed in these efforts have been known intuitively for centuries. They have been used by governments, religions, and the arts.14 Now, however, these techniques are being extensively tested and combined with sophisticated data analysis. The two-systems view has managed to lend the appearance of legitimacy to techniques that might otherwise appear coercive. Experts, algorithms, and nudges may be presented as a form of collective rationality, assisted institutionally by markets and governments, stealthily undoing the knots of irrationality in which individuals have inevitably entangled themselves.

On this model, it appears that System Two, implemented from above, can liberate us from the flaws of System One. If we reject the distinction between these two supposedly separate psychological systems and instead pay attention to what can and cannot be rationally justified, it will be more evident that behavioral change imposed on us through nonrational means not only is more coercive than that which comes about through the rational evaluation of justifications, but also erodes our capacity to reflect rationally and critically on our social world. The sources of influence that shape social behavior, markets, and politics increasingly become invisible and rationally inscrutable.

Comparatively little attention has been paid to overcoming the biases that psychologists have identified, except insofar as this might serve the national security objective of discouraging extremism through the introduction of measures to combat effects such as confirmation bias.15 It is still possible to envisage behavioral science playing a part in the great social experiment of providing the kind of public education that nurtures the critical faculties of everyone in our society. But the pressures to exploit irrationalities rather than eliminate them are great and the chaos caused by competition to exploit them is perhaps already too intractable for us to rein in. In The Undoing Project, Lewis tells a story full of promise about the unraveling of obsolete assumptions. But Kahneman and Tverskys ideas have escaped the confines of their troubled friendship and we have yet to see how much will be undone.

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Invisible Manipulators of Your Mind | by Tamsin Shaw | The New ... - The New York Review of Books

Southern Illinois University Edwardsville alumni make advancements – Alton Telegraph

EDWARDSVILLE The Southern Illinois University Edwardsville School of Education, Health and Human Behavior (SEHHB) is celebrating the continued professional achievements and proven leadership abilities of four alumni.

Edwardsville Community Unit District 7 Superintendent Lynda Andre has announced changes in leadership positions, including transitions to assistant principal and principal positions which involve SIUE alumni Tanya Patton, Andrew Gipson, Vince Schlueter and Julie Matarelli.

We are extremely proud of the many achievements and career advancements of our alumni, said Curt Lox, dean of the SEHHB. As educators and now administrators, these alumni are making a positive impact on the development of students across District 7. The School of Education, Health and Human Behavior has a rich history of preparing teachers and administrators, and it is great to see our community partners choosing our graduates to lead their schools.

Patton was named principal of Cassens Elementary School. She previously served as principal at Nelson Elementary School since 2005. Patton earned a masters in education administration in 2003, an education specialist degree in 2011 and a doctorate in educational leadership in 2014, all from SIUE.

Gipson, who earned a bachelors in music/music education from the SIUE College of Arts and Sciences in 2004, was named principal of Nelson Elementary School to replace Patton.

Schlueter was appointed assistant principal at Edwardsville High School. He has earned multiple degrees from SIUE including a bachelors in math studies in 1989, a masters in education administration in 2005, an education specialist degree in 2014, and a doctorate in educational leadership in 2016.

Matarelli earned a masters in education administration from SIUE in 2007. She was named principal at Columbus Elementary School.

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Southern Illinois University Edwardsville alumni make advancements - Alton Telegraph

Robo Madness 2017: The Photos and Takeaways – Xconomy

Third times a charm and our third annual Robo Madness conference in Boston had plenty of that. (So did the first two.) From live robot demos to provocative discussions on the opportunities and challenges in artificial intelligence, our speakers really delivered on this years theme: A.I. Gets Real.

Huge thanks to our host, Google, whose venue and support seem to get stronger every year. Special thanks to our event sponsors, who made it all possible: GE, Harmonic Drive, iRobot, Mitsubishi Electric Research Laboratories, Cirtronics, and TriNet. And, of course, thanks to our speakers, attendees, and demo organizers, who are what the event is really about.

Also, a big shout-out to Keith Spiro Photography for the pictures above.

Now, on to a few takeaways from the day:

1. Self-driving vehicles are at peak hype. There are huge opportunities at stake, but some of the biggest problems have yet to be solved: data sharing, liability, urban infrastructure, accounting for human behavior. Not to mention the technology needs to improve. On the plus side, the money flowing into the sector will benefit robotics as a whole. And incremental advances will continue to boost vehicle safety.

2. Data ownership is the key issue in machine learning. Weve heard this before, but big companies access to datasee Google, Amazon, Facebook, Uber, Teslagives them a huge leg up in A.I. applications. Theres not much new under the sun in terms of algorithms, so startups opportunities are largely determined by their datasets and team expertise.

3. Humans will need to communicate their goals to A.I. systems. In a world where machines can do more and more, people need to lay out guidelines for their behavior. This is especially important given that deep learning systems are getting harder for humans to understand and predict. Which leads to

4. Wed better think about jobs and ethics now. Robotics companies would rather address inefficiencies and labor shortages in fields like logistics, manufacturing, and delivery. But it seems likely that some (and perhaps many) human jobs will eventually become automated. How will business and policy leaders empower the human side of this evolving relationship? Stay tuned.

Xconomys Jeff Engel contributed to this report.

Gregory T. Huang is Xconomy's Deputy Editor, National IT Editor, and Editor of Xconomy Boston. E-mail him at gthuang [at] xconomy.com.

Gregory T. Huang is Xconomy's Deputy Editor, National IT Editor, and Editor of Xconomy Boston. E-mail him at gthuang [at] xconomy.com.

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Robo Madness 2017: The Photos and Takeaways - Xconomy

Baby steps to forgiveness – Ashland Daily Tidings

By Charles "Al" Huth

There are people who want to forgive and cant. Others lack the desire to forgive the object of their grievance. Within the deep and long-held grievance is overwhelming emotional pain that has significantly impacted ones life.

In effect, this grievance becomes ones personal antagonist. This negative energy creates an obstacle for one to focus on their full potential possibilities. The pain of a deeply held grievance can be extremely difficult to overcome; therefore, forgiveness may be the only solution. It is easy to turn the lights on just flip the switch. But one cannot flip a magic switch and all is forgiven. However, there is a process one can entertain to forgive oneself and others. It takes a period of time to learn and absorb these steps, but the benefits are many.

The baby steps towards forgiveness include an understanding of the development of human interactions. If you can see that the general developmental pattern of human behavior applies to you as well as to others, then the door to forgiveness opens a little wider.

As a practical matter, hanging onto your grievance may be more harmful to you then to the object of your grievance. The person related to your grievance may not even be aware of your stress in this regard.

A proponent of humanistic psychology, Abraham Maslow, believed that everyone was born inherently good. However, when the path to their full potential was frustrated or blocked, they can become angry, fearful and/or destructive.

It is well known that we cannot walk in someone elses shoes. If one is dealing with someone who is demonstrating harmful behavior, empathy may be required. This is not to say that one should accept physical abuse. In general, most of our human behavior patterns were formed in childhood. Often these patterns of behavior and unique perspectives remain operative in adulthood.

In addition, acceptable behavior patterns in children may not be acceptable as a course of action in adults. As an extreme example: If one was told how much they were loved while somebody was beating on them, one would tend to have a strong, adverse reaction to the word love. Without knowing this persons background information, this extreme reaction would make little sense to others. Sometimes empathy is required when dealing with others that we do not know well. Making assumptions about others is a risky business. The chances of making a correct assumption may be less than 50 percent.

Most of us have regrets about our own past behavior. We relive past events and contemplate over and over again about what we could have done better. There are those who are less forgiving of themselves than of their family, friends and/or acquaintances. I believe that everyone strives to do the best that they can at their level of awareness. As humans, we strive to do better.

With lessons learned, our level of awareness increases our understanding of self and others. When we hang on to our past indiscretions and do not acknowledge our limited awareness at that time, we tend not to be forgiving of ourselves. Ultimately, this can be a heavy, unnecessary burden for us to carry around.

The act of forgiveness does not include condoning the actions of others. It is simply an acknowledgement that each of us has an awareness of our own reality.

Baby steps to forgiveness:

1) Recognize the impact of difficult situations on children raised in situations that are not conducive to becoming a well-adjusted adult.

2) Everyone is trying to do the best they can at their level of awareness. Everyone is not on identical levels of awareness.

3) Learn to forgive yourself. From birth to maturity, we are in a learning environment called the School of Life.

4) When situations are not completely understood, have empathy for others as well as yourself.

5) Accepting the concept of Oneness supports the idea that everyone is interconnected. Therefore, any thought or activity that separates us from others is conflicted with our natural way to be.

If you cant forgive yourself, it is very difficult (if not impossible) to forgive others!

Charles Al Huth, M.Ed., is the author of three books and numerous articles. He currently is teaching a class on human potential at OLLI/SOU. He lives in the Rogue Valley and is an inspirational speaker, teacher and magician. His website is http://JoyAl.org.

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Baby steps to forgiveness - Ashland Daily Tidings

Drastic cuts to NIH budget could translate to less innovation and fewer patents, study argues – Los Angeles Times

From research on stem cells and DNA sequencing to experiments with fruit flies and surveys of human behavior, projects funded by the National Institutes of Health aim to make Americans healthier. A new analysis finds that NIH-funded research also fuels the kinds of innovations that drive the U.S. economy.

Between 1990 and 2012, close to 1 in 10 projects made possible by an NIH grant resulted in a patent, usually for a university or a hospital.

The indirect effects were far greater: Close to 1 in 3 NIH research grants generated work that was cited in applications for commercial patents.

Over roughly two decades, 81,462 patents filed by companies and individuals cited at least one NIH-sponsored research project in their applications. Some 1,351 of those patents were for drugs that would go on to be approved by the Food and Drug Administration.

The study, published Thursday in the journal Science, undergirds a point repeated frequently since the Trump administration unveiled a budget plan that proposed cutting the NIH budget by 20% in 2018: that research funded by taxpayer dollars not only improves lives and forestalls death, it creates jobs which the president has long asserted is his highest priority.

It is an argument often made in support of such scientific undertakings as space exploration, and sometimes for defense spending. But when it comes to biomedical research, public spending is frequently dismissed as a way to sustain university professors or seek esoteric answers to the mysteries of life.

It shouldnt be, said Pierre Azoulay, a professor of technological innovation at MIT and coauthor of the new analysis.

NIH public funding expenditures have large effects on the patenting output of the private sector, Azoulay said. These results should give a lot of pause to those who think these cuts are going to have no effect.

Ashley J. Stevens, a biotechnology researcher who is president of Focus IP Group in Winchester, Mass., said the new study clearly ... supports the premise that increased investment in the NIH leads directly to improved public health.

It also makes President Trumps proposal to cut the NIH budget by $1.6 billion this year and $6 billion next year to fund a border wall and increased military spending incompatible with his America first objectives, added Stevens, who was not involved in the study.

More than 80% of the NIH budget is parceled out to researchers across the country and around the world. Each year, NIHs 21 institutes award close to 50,000 competitive grants to investigators at more than 2,500 universities, independent labs and private companies. The University of California, for instance, received nearly $1.9 billion in total NIH funding last year.

Led by Harvard Business School entrepreneurship professor Danielle Li, the new research scoured 1,310,700 patent applications submitted between 1980 and 2012 in the life sciences, a category that includes drugs, medical devices and related technologies. In the footnotes, citations and supporting data, the study authors looked for references to any of the 365,380 grants the NIH funded between 1980 and 2007, as well as to research articles generated by those grants.

To capture the unappreciated indirect spillovers of knowledge that result from NIH-funded work, the authors focused especially on 232,276 private-sector patents in the life sciences.

Li, Azoulay and Bhaven Sampat, a health policy professor at Columbia University, found 17,093 patents that were assigned to universities and public-sector institutions. These patents are certainly valuable they can spur further research, support professors and graduate students and boost endowments.

But private-sector patents may reverberate more widely through the economy, generating capital, manufacturing jobs and profits. And their intellectual debt to publicly funded research is rarely counted or acknowledged outside the fine print of these patent applications.

In all, 112,408 NIH-funded research grants 31% of the total disbursed between 1990 and 2007 produced research that was cited by 81,462 private-sector patents, the team found.

If you thought this was just ivory tower stuff that has no relevance, I think we contradict that, Azoulay said.

The findings demonstrate that the broad economic effects of NIH budget cuts would not necessarily be felt immediately, since it could take years for a research paper written by NIH-funded investigators to find its way into a patent application.

These effects are going to be delayed, Azoulay said. The slowdown resulting from a cut in the NIH budget now is for President Ivanka Trump or President Chelsea Clinton to worry about.

But the study also makes clear that publicly funded research lays the groundwork for important innovations and discoveries that companies and individuals seek to patent.

Biomedical research is perhaps the most complex type of research there is, Azoulay added: These are fundamentally harder problems. There are a lot of blind alleys, experimentation that leads to nothing.

Intriguingly, the new research found that there was little difference in the economic impact of grants for basic science and applied science. Both types of grants were equally likely to be cited in patent applications if they explored fundamental dynamics of biology (such as cellular processes) or if they studied specific disease states in humans.

That distinction is important, because researchers and scientific leaders have quarreled for years over how NIHs limited budgets should be apportioned.

Scientists who study very basic biological processes, or who work with simple organisms like yeast, earthworms or fruit flies, often argue that their contributions are most valuable because they shed light on how all life including human life works.

Scientists whose research is more applied, including clinical trials and epidemiological studies, believe their work contributes more directly to improving human health.

The new study suggests that both categories contribute to commercial innovation.

Stevens called this finding remarkable.

Azoulay acknowledged that neither the progress of life sciences research nor its contribution to the economy is neat or easy to quantify.

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Drastic cuts to NIH budget could translate to less innovation and fewer patents, study argues - Los Angeles Times