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To refuse to discuss ideas such as types of capitalism deprives us of language with which to think about these problems. It makes it easier to stop thinking about what the economic system is for and in whose interests it is working.

Perhaps the protesters occupying Wall Street are not so misguided after all. The questions they raise — how do we deal with the local costs of global downturns? Is it fair that those who suffer the most from such downturns have their safety net cut, while those who generate the volatility are bailed out by the government? — are the same ones that a big-picture economic vision should address. If economists want to help create a better world, they first have to ask, and try to answer, the hard questions that can shape a new vision of capitalism’s potential.

Why should funds be authorized to bring 29 scholars to San Diego so that they can sit around all day gabbing and eating unhealthful pastry? There is no good answer to that question, nor should there be.

some said they are already witnessing deficiencies in young peoples’ abilities to focus their attention, be patient and think deeply. Some experts expressed concerns that trends are leading to a future in which most people become shallow consumers of information, endangering society."

Many of the respondents in this survey predict that Gen AO will exhibit a thirst for instant gratification and quick fixes and a lack of patience and deep-thinking ability due to what one referred to as “fast-twitch wiring.”

“The replacement of memorization by analysis will be the biggest boon to society since the coming of mass literacy in the late 19th to early 20th century.” — Paul Jones, University of North Carolina-Chapel Hill

“Teens find distraction while working, distraction while driving, distraction while talking to the neighbours. Parents and teachers will have to invest major time and efforts into solving this issue – silence zones, time-out zones, meditation classes without mobile, lessons in ignoring people.”

“Society is becoming conditioned into dependence on technology in ways that, if that technology suddenly disappears or breaks down, will render people functionally useless. What does that mean for individual and social resiliency?

“Short attention spans resulting from quick interactions will be detrimental to focusing on the harder problems and we will probably see a stagnation in many areas: technology, even social venues such as literature. The people who will strive and lead the charge will be the ones able to disconnect themselves to focus.”

“The underlying issue is that they will become dependent on the Internet in order to solve problems and conduct their personal, professional, and civic lives. Thus centralized powers that can control access to the Internet will be able to significantly control future generations. It will be much as in Orwell's 1984, where control was achieved by using language to shape and limit thought, so future regimes may use control of access to the Internet to shape and limit thought.”

“Increasingly, teens and young adults rely on the first bit of information they find on a topic, assuming that they have found the ‘right’ answer, rather than using context and vetting/questioning the sources of information to gain a holistic view of a topic.”

“Parents and kids will spend less time developing meaningful and bonded relationships in deference to the pursuit and processing of more and more segmented information competing for space in their heads, slowly changing their connection to humanity.”

“It’s simply not possible to discuss, let alone form societal consensus around major problems without lengthy, messy conversations about those problems. A generation that expects to spend 140 or fewer characters on a topic and rejects nuance is incapable of tackling these problems.”

Impact Factor and the Future of Medical Journals

Impact Factor and the Future of Medical Journals

But the Picasso biographer John Richardson once called “Le Tricorne” the artist’s “supreme theatrical achievement,” and many art historians and architects consider it an integral part of the Four Seasons.

The curtain has apparently been on the verge of eviction for months. In November, Mr. Rosen called the conservancy to say steam was leaking from the wall in what is informally known as Picasso Alley, and needed repairs that could be done only by taking down the curtain.

“But then the question is when anyone would ever see it again,” she added, “if it survived the move.”

She became a science journalist. At first it was a lark, a way to get free press passes to conferences where she and her father could ask questions of the greatest minds in quantum mechanics, string theory and cosmology. But within a short time, as she started getting assignments, journalism became a calling, and an identity.

Tracking down the meaning of nothing — and, by extension, secrets about the origin of the universe and whether observer-independent reality exists — became the defining project of their lives. They spent hours together working on the puzzle, two dark heads bent over their physics books far into the night.

she has an epiphany — that for something to be real, it must be invariant — she flies home to share it with her father. They discuss her insight over breakfast at a neighborhood haunt, where they make a list on what they will affectionately call “the IHOP napkin.” They list all the possible “ingredients of ultimate reality,” planning to test each item for whether it is “real,” that is whether it is invariant and can exist in the absence of an observer.

their readings and interviews reveal that each item in turn is observer-dependent. Space? Observer-dependent, and therefore not real. Gravity, electromagnetism, angular momentum? No, no, and no. In the end, every putative “ingredient of ultimate reality” is eliminated, including one they hadn’t even bothered to put on the list because it seemed weird to: reality itself

What remained was an unsettling and essential insight: that “physics isn’t the machinery behind the workings of the world; physics is the machinery behind the illusion that there is a world.”

In the proposal, she clarifies how cosmology and quantum mechanics have evolved as scientists come to grips with the fact that things they had taken to be real — quantum particles, space-time, gravity, dimension — turn out to be ­observer-dependent.

it’s our folly to assume we know very much at all. There’s “a highly objectionable word,” he writes, “which should be removed from our vocabulary in discussions of major events,” and that word is “knew.”

Whatever the field of our expertise, most of us realize that the more data we acquire, the less, very often, we know. The universe is not a fixed sum, in which the amount you know subtracts from the amount you don’t.

researchers who have examined the method have found it wanting.

To be sure, a failure to replicate is not confined to psychology, as the Stanford biostatistician John P. A. Ioannidis documented in his much-discussed 2005 article “Why Most Published Research Findings Are False.”

in a variety of fields, subtle differences in protocols between the original study and the replication attempt may cause discrepant findings; even little tweaks in research design could matter a lot.

. The larger issue, though, is that because relatively few replication studies appear in the academic literature, it is difficult to know why several seemingly comparable experiments yield conflicting results

publish-or-perish world offers little reward for researchers who spend precious time reproducing their own work or that of others. This is a problem for many fields, but particularly worrisome for psychology. The field is suffering a “crisis of confidence,” as Mr. Pashler put it, thanks to a glut of neat results that are long on mass appeal but short on scientific confirmation.

group of psychologists established the Reproducibility Project, which aims to replicate the first 30 studies published in three high-profile psychology journals

illuminate the extent to which studies fail when they are reproduced by a different set of researchers, the factors that predict a study’s reproducibility and, perhaps, the conditions under which the goal-priming effect, assuming it exists, is most robust.

Connections are missing between these disciplines, and in particular between the arts and sciences. On almost every project I have worked on thus far, my analytical and creative teammates have struggled to connect.

it would be extremely naïve to think that type of interdisciplinary education can be implemented everywhere - and nor should it be. We still need the classically trained “quant jocks” as well as the “edgy creatives”. Without them, a melting pot of full-fledged hybrids such as myself would lose any sort of concrete base for reference.

So where do we go from here? I believe each individual, no matter how much of a purist they may be in their respective field, should be responsible for entertaining interdisciplinary ideas.

n an era where buzzwords like “collaboration” and “innovation” land you a job, its time to actually start flexing both sides of our brains. At the end of this journey, behind our various languages, it is surprising how similar my analytical and creative peers are.

The proof can be found just looking at the scientific process alongside design theory.

Although one approach may rely more on quantifiable data and the other on a more “human” means of communication, step by step the two share striking similarities. Combining these two theories helps me personally make sense of my own analytical and creative brain. When they come together as one scientific and artistic critical thinking tool, the result is a deeper understanding of defining problems and finding solutions.

If we want protection from the world we’re building, perhaps we’re asking that the algorithm wielders choose not to know things, despite their being true. To some, that may be a little like the 1616 order by the Catholic Church that Galileo cease from teaching or discussing the idea that the Earth moves around the sun.

one bit here and another there, both innocuous, may reveal something personal that is hidden perhaps even from myself.

Since then, we have been living in something closer to the spirit of the 18th-century Enlightenment, when all forms of knowledge were acceptable, and learning was a good in its own right. Regulation has been based on actions, not on knowledge.

the situation may be something like a vastly more difficult version of laws against red lining

we are also entering a new world where individuals can be as powerful as institutions. That phone gives Big Brother lots of data goodies, but it can also have access to its own pattern-finding algorithms, and publish those findings to the world.

This is one key feature of the faith-based presidency: open dialogue, based on facts, is not seen as something of inherent value. It may, in fact, create doubt, which undercuts faith. It could result in a loss of confidence in the decision-maker and, just as important, by the decision-maker.

has spent a lot of time trying to size up the president. ''Most successful people are good at identifying, very early, their strengths and weaknesses, at knowing themselves,'' he told me not long ago. ''For most of us average Joes, that meant we've relied on strengths but had to work on our weakness -- to lift them to adequacy -- otherwise they might bring us down. I don't think the president really had to do that, because he always had someone there -- his family or friends -- to bail him out. I don't think, on balance, that has served him well for the moment he's in now as president. He never seems to have worked on his weaknesses.''

Details vary, but here's the gist of what I understand took place. George W., drunk at a party, crudely insulted a friend of his mother's. George senior and Barbara blew up. Words were exchanged along the lines of something having to be done. George senior, then the vice president, dialed up his friend, Billy Graham, who came to the compound and spent several days with George W. in probing exchanges and walks on the beach. George W. was soon born again. He stopped drinking, attended Bible study and wrestled with issues of fervent faith. A man who was lost was saved.

Rubenstein described that time to a convention of pension managers in Los Angeles last year, recalling that Malek approached him and said: ''There is a guy who would like to be on the board. He's kind of down on his luck a bit. Needs a job. . . . Needs some board positions.'' Though Rubenstein didn't think George W. Bush, then in his mid-40's, ''added much value,'' he put him on the Caterair board. ''Came to all the meetings,'' Rubenstein told the conventioneers. ''Told a lot of jokes. Not that many clean ones. And after a while I kind of said to him, after about three years: 'You know, I'm not sure this is really for you. Maybe you should do something else. Because I don't think you're adding that much value to the board. You don't know that much about the company.' He said: 'Well, I think I'm getting out of this business anyway. And I don't really like it that much. So I'm probably going to resign from the board.' And I said thanks. Didn't think I'd ever see him again.''

challenges -- from either Powell or his opposite number as the top official in domestic policy, Paul O'Neill -- were trials that Bush had less and less patience for as the months passed. He made that clear to his top lieutenants. Gradually, Bush lost what Richard Perle, who would later head a largely private-sector group under Bush called the Defense Policy Board Advisory Committee, had described as his open posture during foreign-policy tutorials prior to the 2000 campaign. (''He had the confidence to ask questions that revealed he didn't know very much,'' Perle said.) By midyear 2001, a stand-and-deliver rhythm was established. Meetings, large and small, started to take on a scripted quality.

That a deep Christian faith illuminated the personal journey of George W. Bush is common knowledge. But faith has also shaped his presidency in profound, nonreligious ways. The president has demanded unquestioning faith from his followers, his staff, his senior aides and his kindred in the Republican Party. Once he makes a decision -- often swiftly, based on a creed or moral position -- he expects complete faith in its rightness.

A cluster of particularly vivid qualities was shaping George W. Bush's White House through the summer of 2001: a disdain for contemplation or deliberation, an embrace of decisiveness, a retreat from empiricism, a sometimes bullying impatience with doubters and even friendly questioners.

By summer's end that first year, Vice President Dick Cheney had stopped talking in meetings he attended with Bush. They would talk privately, or at their weekly lunch. The president was spending a lot of time outside the White House, often at the ranch, in the presence of only the most trustworthy confidants.

''When I was first with Bush in Austin, what I saw was a self-help Methodist, very open, seeking,'' Wallis says now. ''What I started to see at this point was the man that would emerge over the next year -- a messianic American Calvinist. He doesn't want to hear from anyone who doubts him.''

, I had a meeting with a senior adviser to Bush. He expressed the White House's displeasure, and then he told me something that at the time I didn't fully comprehend -- but which I now believe gets to the very heart of the Bush presidency.

The aide said that guys like me were ''in what we call the reality-based community,'' which he defined as people who ''believe that solutions emerge from your judicious study of discernible reality.'' I nodded and murmured something about enlightenment principles and empiricism. He cut me off. ''That's not the way the world really works anymore,'' he continued. ''We're an empire now, and when we act, we create our own reality. And while you're studying that reality -- judiciously, as you will -- we'll act again, creating other new realities, which you can study too, and that's how things will sort out. We're history's actors . . . and you, all of you, will be left to just study what we do.''

''If you operate in a certain way -- by saying this is how I want to justify what I've already decided to do, and I don't care how you pull it off -- you guarantee that you'll get faulty, one-sided information,'' Paul O'Neill, who was asked to resign his post of treasury secretary in December 2002, said when we had dinner a few weeks ago. ''You don't have to issue an edict, or twist arms, or be overt.''

George W. Bush and his team have constructed a high-performance electoral engine. The soul of this new machine is the support of millions of likely voters, who judge his worth based on intangibles -- character, certainty, fortitude and godliness -- rather than on what he says or does.

Do the larger religious (or anti-religious) implications of a scientific theory make it inadmissible for instruction in public schools? They shouldn't.

just because we're declaring the teaching of evolution to be constitutional doesn't mean we that it has no connections to religion

while it may sound odd to hear that we can (sometimes) declare something constitutional to teach in public schools even though it touches upon religion, there's good legal precedent for such a finding.

a government policy establishes religion if its "principal or primary effect" is one that "advances or inhibits" religion.

the statute must have a secular legislative purpose; second, its principal or primary effect must be one that neither advances nor inhibits religion; finally, the statute must not foster an excessive government entanglement with religion

a government policy is unconstitutional if it has a "primary" or "principal" effect that advances (or inhibits) religion. However, in light of this second part, the Supreme Court has also developed a legal doctrine called the "incidental effects" or "secondary effects" doctrine which says that government law or policy may have "secondary" or "incidental" effects that touch upon religion and not violate the Establishment Clause.

Secondary effects that touch upon religion are not constitutionally fatal.

the conversation focuses strictly on the science, the implications are still there.

one can legally justify teaching evolution while being sensitive to the fact that it has larger implications that touch upon the religious beliefs of many Americans.

evolutionary biology is based upon science, when we teach it as a science, the primary effect is to advance scientific knowledge.

a scientific theory like evolution does speak to ultimate questions about origins, which are also addressed by religion

it certainly touches upon religious questions. But when we discuss Darwinian evolution strictly on a scientific level, any effects upon religion are "secondary" or "incidental" compared to their primary effect of advancing scientific knowledge.

if creation science were a scientific theory, it could have been taught because any its touching upon religion would have been a secondary effect

approach was also followed in Crowley v. Smithsonian Institution, where a federal judge rejected arguments that Smithsonian exhibits on evolution established "secular humanism" because the "impact [on religion] is at most incidental to the primary effect of presenting a body of scientific knowledge"

Because evolution is based upon science, any effects upon religion would not bar its teaching.

[I]f a theory has scientific value and evidence to support it, its primary effect would be to advance knowledge of the natural world, not to advance religion

ultimate goal of schools is to educate students. Where a theory has scientific value and supporting evidence, it provides a basis for knowledge. Whether it coincidentally advances religion should not matter.

if government aid "is allocated on the basis of neutral, secular criteria that neither favor nor disfavor religion, and is made available to both religious and secular beneficiaries on a nondiscriminatory basis," then any effects upon religion are merely incidental.

best of both worlds. It allows science to be taught in the science classroom while respecting the beliefs of people who have religious objections to evolution.

that memory is not a video recorder [but that] it’s a constructive activity that is in many ways accurate but prone to interesting errors and distortions. It’s the constructive side of memory that is most relevant to historians.

Is it the case then that our memories constantly change every time we access them?

That certainly can happen depending on how you recount a memory. What you emphasize. What you exaggerate. What you don’t talk about. All of those things will shape and sculpt the memory for future use. Certainly the potential is there.

Research on memory shows that the more distant in time the event, the more prone to inaccuracy the memory. There are several experiments when subjects recorded impressions of an event soon afterward, then a year later and then a few years later, and the memory changed.Yes. It’s not that the information is lost but, as the memory weakens, you become more prone to incorporating other kinds of information or mixing up elements of other events. This has been seen, for example, in the study of flashbulb memories. Where were you when Kennedy was shot? Where were you when you heard about 9/11?

Isn’t there a tendency to add details or information that may make the story more convincing or interesting later?Yes. That’s more a social function of memory. It may be that you draw on your general knowledge and probable information from your memory in a social context where there may be social demands that lead you distort the memory.

What are the different memory systems?

What is the difference between working memory and permanent memory?Working memory is really a temporary memory buffer where you hold onto information, manipulate information, use it, and it’s partly a gateway to long-term memory and also a buffer that you use when you’re retrieving information from long-term memory and that information temporarily resides in working memory, so to speak.

Your discussion of the testimony of White House Counsel John Dean about Watergate is illuminating. There was a perception that Dean had a photographic memory and he testified in rich detail about events. Yet later studies of White House tape recordings revealed that he was often inaccurate.

He was perceived because of all the detail with which he reported events and the great confidence to be something analogous to a human tape recorder. Yet there was interesting work done by psychologist Ulric Neisser who went back and analyzed what Dean said at the hearings as compared to available information on the White House taping system and basically found many and significant discrepancies between what Dean remembered and what was actually said. He usually had the gist and the meaning and overall significance right, but the exact details were often quite different in his memory than what actually was said.

That seems to get into the area of false memories and how they present problems in the legal system.We know from DNA exonerations of people wrongfully convicted of crimes that a large majority of those cases -- one of the more recent estimates is that in the first 250 cases of 2011 DNA exonerations, roughly 70 to 75 percent of those individuals were convicted on the basis of faulty eyewitness memory.

One of the interesting recent lines of research that my lab has been involved in over the past few years has been looking at similarities between what goes on between the brain and mind when we remember past events on the one hand and imagine events that might occur in the future or might have occurred in the past. What we have found, particularly with brain scanning studies, is that you get very similar brain networks coming online when you remember past events and imagine future events, for example. Many of the same brain regions or network of structures come online, and this has helped us understand more why, for example, imagining events that might have occurred can be so harmful to memory accuracy because when you imagine, you’re recruiting many of the same brain regions as accessed when you actually remember. So it’s not surprising that some of these imagined events can actually turn into false memories under the right circumstances.

One reasonably well accepted distinction involves episodic memory, the memory for personal experience; semantic memory, the memory for general knowledge; and procedural memory, the memory for skills and unconscious forms of memory.Those are three of the major kinds of memory and they all have different neural substrates.

One of the points from that Ross Perot study is that his supporters often misremembered what they felt like at the time he reported he had dropped out of the race. The nature of that misremembering depended on their state at the time they were remembering and what decisions they had made about Perot in the interim affected how they reconstructed their earlier memories.Again, that makes nicely the point that our current emotions and current appraisals of a situation can feed back into our reconstruction of the past and sometimes lead us to distort our memories so that they better support our current emotions and our current selves. We’re often using memories to justify what we currently know, believe and feel.

memory doesn’t work like a video camera or tape recorder.That is the main point. Our latest thinking on this is the idea that one of the major functions of memory is to support our ability to plan for the future, to imagine the future, and to use our past experiences in a flexible way to simulate different outcomes of events.

flexibility of memory is something that makes it useful to support this very important ability to run simulations of future events. But that very flexibility might be something that contributes to some of the memory distortion we talked about. That has been prominent in the last few years in my thinking about the constructive nature of memory.

The historian Daniel Aaron told his students “we remember what’s important.” What do you think of that comment?I think that generally holds true. Certainly, again, more important memories tend to be more significant with more emotional arousal and may elicit “deeper processing”, as we call it in cognitive psychology

On Tinder, there are no questionnaires to fill out. No discussion of your favorite hiking trail, star sign or sexual proclivities. You simply log in through Facebook, pick a few photos that best describe “you” and start swiping.It may seem that what happens next is predictable (the best-looking people draw the most likes, the rest are quickly dismissed), but relationships experts for Tinder say there is something entirely different going on.

“Research shows when people are evaluating photos of others, they are trying to access compatibility on not just a physical level, but a social level,” said Jessica Carbino, Tinder’s in-house dating and relationship expert. “They are trying to understand, ‘Do I have things in common with this person?' ”

She discovered that Tinder users decoded an array of subtle and not-so-subtle traits before deciding which way to swipe. For example, the style of clothing, the pucker of the lips and even the posture, Ms. Carbino said, tell us a lot about their social circle, if they like to party and their level of confidence.

Men also judge attractiveness on factors beyond just anatomy, though in general, men are nearly three times as likely to swipe “like” (in 46 percent of cases) than woman (14 percent).

“There is this idea that attraction stems from a very superficial outlook on people, which is false,” Mr. Rad said. “Everyone is able to pick up thousands of signals in these photos. A photo of a guy at a bar with friends around him sends a very different message than a photo of a guy with a dog on the beach.”

while computers have become incalculably smarter, the ability of machines and algorithms to match people has remained just as clueless in the view of independent scientists.

dating sites like eHarmony and Match.com are more like modern snake oil. “They are a joke, and there is no relationship scientist that takes them seriously as relationship science.”

Mr. Finkel worked for more than a year with a group of researchers trying to understand how these algorithm-based dating services could match people, as they claim to do. The team poured through more than 80 years of scientific research about dating and attraction, and was unable to prove that computers can indeed match people together.

some dating sites are starting to acknowledge that the only thing that matters when matching lovers is someone’s picture. Earlier this year, OKCupid examined its data and found that a person’s profile picture is, said a post on its Oktrends blog, “worth that fabled thousand words, but your actual words are worth... almost nothing.”

this doesn’t mean that the most attractive people are the only ones who find true love. Indeed, in many respects, it can be the other way around.

a graduate student, published a paper noting that a person’s unique looks are what is most important when trying to find a mate.

“There isn’t a consensus about who is attractive and who isn’t,” Mr. Eastwick said in an interview. “Someone that you think is especially attractive might not be to me. That’s true with photos, too.” Tinder’s data team echoed this, noting that there isn’t a cliquey, high school mentality on the site, where one group of users get the share of “like” swipes.

The National Research Council framework for K-12 science education recommends that by the end of Grade 5, students should appreciate that rising average global temperatures will affect the lives of all humans and other organisms on the planet. By Grade 8, students should understand that the release of greenhouse gases from burning fossil fuels is a major factor in global warming. And by Grade 12, students should know that global climate models are very effective in modeling, predicting and managing the current and future impact of climate change.

Relying on a climate-change curriculum and teaching materials largely sourced from federal agencies—particularly those of the current ideologically driven administration—raises a number of issues. Along with the undue authoritative weight that such government-produced documents carry in the classroom, most of the work is one-sided and presented in categorical terms, leaving no room for a balanced discussion. Moreover, too much blind trust is placed in the predictive power of long-range computer simulations, despite the weak forecasting track record of most climate models to date.

Employing such a Socratic approach to teaching climate change would likely lead to a rational and thought-provoking classroom debate on the merits of the case. However, that is not the point of this academic exercise—which seems to be to indoctrinate young people by using K-12 educators to establish the same positive political feedback loop around global warming that has existed between the federal government and the nation’s colleges and universities for the past two decades.