Friday, May 27, 2016

Entropy and the Self-Organization of Information and Value


mdpi |  Adam Smith, Charles Darwin, Rudolf Clausius, and Léon Brillouin considered certain “values” as key quantities in their descriptions of market competition, natural selection, thermodynamic processes, and information exchange, respectively. None of those values can be computed from elementary properties of the particular object they are attributed to, but rather values represent emergent, irreducible properties. In this paper, such values are jointly understood as information values in certain contexts. For this aim, structural information is distinguished from symbolic information. While the first can be associated with arbitrary physical processes or structures, the latter requires conventions which govern encoding and decoding of the symbols which form a message. As a value of energy, Clausius’ entropy is a universal measure of the structural information contained in a thermodynamic system. The structural information of a message, in contrast to its meaning, can be evaluated by Shannon’s entropy of communication. Symbolic information is found only in the realm of life, such as in animal behavior, human sociology, science, or technology, and is often cooperatively valuated by competition. Ritualization is described here as a universal scenario for the self-organization of symbols by which symbolic information emerges from structural information in the course of evolution processes. Emergent symbolic information exhibits the novel fundamental code symmetry which prevents the meaning of a message from being reducible to the physical structure of its carrier. While symbols turn arbitrary during the ritualization transition, their structures preserve information about their evolution history. 

Entropy: Special Issue "Information and Self-Organization"


yet another horrifying trick the umbrella corp. has up its sleeve for the unnecessariat...,


WaPo |  “It’s hard to imagine worse news for public health in the United States,” Lance Price, director of the Antibiotic Resistance Action Center and a George Washington University professor said in a statement Thursday about the Pennsylvania case. “We may soon be facing a world where CRE infections are untreatable."

Scientists rang the alarm bells about the gene in November, but not enough attention was paid. “Now we find that this gene has made its way into pigs and people in the U.S.," Price said. "If our leaders were waiting to act until they could see the cliff’s edge—I hope this opens their eyes to the abyss that lies before us.”

Scientists and public health officials have long warned that if the resistant bacteria continue to spread, treatment options could be seriously limited. Routine operations could become deadly. Minor infections could become life-threatening crises. Pneumonia could be more and more difficult to treat.

Already, doctors had been forced to rely on colistin as a last-line defense against antibiotic-resistant bacteria. The drug is hardly ideal. It is more than half a century old and can seriously damage a patient’s kidneys. And yet, because doctors have run out of weapons to fight a growing number of infections that evade more modern antibiotics, it has become a critical tool in fighting off some of the most tenacious infections.

the Company has long known how to wield this cull-tech against the unnecessariat...,


theeconomist |  “PLEASURE is oft a visitant; but pain clings cruelly,” wrote John Keats. Nowadays pain can often be shrugged off: opioids, a class of drugs that includes morphine and other derivatives of the opium poppy, can dramatically ease the agony of broken bones, third-degree burns or terminal cancer. But the mismanagement of these drugs has caused a pain crisis (see article). It has two faces: one in America and a few other rich countries; the other in the developing world.

In America for decades doctors prescribed too many opioids for chronic pain in the mistaken belief that the risks were manageable. Millions of patients became hooked. Nearly 20,000 Americans died from opioid overdoses in 2014. A belated crackdown is now forcing prescription-opioid addicts to endure withdrawal symptoms, buy their fix on the black market or turn to heroin—which gives a similar high (and is now popular among middle-aged Americans with back problems).

In the developing world, by contrast, even horrifying pain is often untreated. More than 7m people die yearly of cancer, HIV, accidents or war wounds with little or no pain relief. Four-fifths of humanity live in countries where opioids are hard to obtain; they use less than a tenth of the world’s morphine, the opioid most widely used for trauma and terminal pain.

Opioids are tricky. Take too much, or mix them with alcohol or sleeping pills, and you may stop breathing. Long-term patients often need more and more. But for much acute pain, and certainly for the terminally ill, they are often the best treatment. And they are cheap: enough morphine to soothe a cancer patient for a month should cost just $2-5.

In poor countries many people think of pain as inevitable, as it has been for most of human existence. So they seldom ask for pain relief, and seldom get it if they do. The drug war declared by America in the 1970s has made matters worse. It led to laws that put keeping drugs out of the wrong hands ahead of getting them into the right ones. The UN says both goals matter. But through the 1980s and 1990s, as the war on drugs raged, it preached about the menace of illegal highs with barely a whisper about the horror of unrelieved pain.

Thursday, May 26, 2016

after the precariat, the unnecessariat: the humans who are superfluous to corporations


boingboing |  The heroin epidemic in America has a death-toll comparable to the AIDS epidemic at its peak, but this time, there's no movement coalescing to argue for the lives of the economically sidelined, financially ruined dying thousands -- while the AIDS epidemic affected a real community of mutual support, the heroin epidemic specifically strikes down people whose communities are already gone. 

The Occupy movement rallied around the idea of the "precariat," the downwardly mobile former members of the middle class who were one layoff or shift-reduction away from economic ruination. Below the precariat is the unnecessariat, people who are a liability to the modern economic consensus, whom no corporation has any use for, except as a source of revenue from predatory loans, government subsidized "training" programs, and private prisons. 

The precariat benefits from Obamacare, able to pay for coverage despite pre-existing conditions; the unnecessariat suffers under Obamacare, forced to pay into the system before going through the same medical bankruptcies they'd have endured in order to get the coverage they need to survive another day. 

You're likely to be in the unnecessariat if you live in a county that has high levels of addiction and suicide -- the same counties that poll highest for Trump. 

Corporations have realized humanity's long nightmare of a race of immortal, transhuman superbeings who view us as their inconvenient gut-flora. The unnecessariat are an expanding class, and if you're not in it yet, there's no reason to think you won't land there tomorrow. 

UNNECESSARIAT [Anne Amnesia/More Crows] 

physics makes aging inevitable, not biology?



nautilus |  Four years ago, I published a book called Life’s Ratchet, which explains how molecular machines create order in our cells. My main concern was how life avoids a descent into chaos. To my great surprise, soon after the book was published, I was contacted by researchers who study biological aging. At first I couldn’t see the connection. I knew nothing about aging except for what I had learned from being forced to observe the process in my own body.

Then it dawned on me that by emphasizing the role of thermal chaos in animating molecular machines, I encouraged aging researchers to think more about it as a driver of aging. Thermal motion may seem beneficial in the short run, animating our molecular machines, but could it be detrimental in the long run? After all, in the absence of external energy input, random thermal motion tends to destroy order.

This tendency is codified in the second law of thermodynamics, which dictates that everything ages and decays: Buildings and roads crumble; ships and rails rust; mountains wash into the sea. Lifeless structures are helpless against the ravages of thermal motion. But life is different: Protein machines constantly heal and renew their cells.

In this sense, life pits biology against physics in mortal combat. So why do living things die? Is aging the ultimate triumph of physics over biology? Or is aging part of biology itself?

Wednesday, May 25, 2016

complexity beyond the fibonacci sequence


thesciencexplorer |  Sunflowers have long been included with pineapples, artichokes, and pine cones as one of nature’s stunning examples of the Fibonacci sequence — a set in which each number is the sum of the previous two (1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, 233, 377, 610, ...). 

The numbers appear on the giant flower’s head, where the seeds arrange themselves in spirals. Count the spirals turning clockwise and counterclockwise and you will usually find a pair of numbers that sit side by side in the Fibonacci sequence.

Alan Turing first speculated sunflower seedheads adhered to the Fibonacci sequence, but sadly died before accumulating enough data to test his theory.

Four years ago, the Museum of Science and Industry in Manchester, UK picked up where Turing left off. Data on sunflower diversity were lacking, so the museum crowdsourced the problem. Members of the public were invited to grow their own sunflowers and submit photographs and spiral counts.
In a study just published in the journal Royal Society Open Science, researchers who verified the counts on 657 sunflowers provided by citizen scientists reported that one in five flowers did not conform to the Fibonacci sequence.
Some of the non-conforming seedheads approximated Fibonacci sequences, and others approximated even more complex mathematical patterns.
These exceptions to the rule have peaked the interest of the researchers, who wrote: “this paper provides a testbed against which a new generation of mathematical models can and should be built.”

the great transbiological leap of digitalization...,



sciencenews |   Before anybody even had a computer, Claude Shannon figured out how to make computers worth having.

As an electrical engineering graduate student at MIT, Shannon played around with a “differential analyzer,” a crude forerunner to computers. But for his master’s thesis, he was more concerned with relays and switches in electrical circuits, the sorts of things found in telephone exchange networks. In 1937 he produced, in the words of mathematician Solomon Golomb, “one of the greatest master’s theses ever,” establishing the connection between symbolic logic and the math for describing such circuitry. Shannon’s math worked not just for telephone exchanges or other electrical devices, but for any circuits, including the electronic circuitry that in subsequent decades would make digital computers so powerful.

It’s now conveniently a good time to celebrate Shannon’s achievements, on the occasion of the centennial of his birth (April 30) in Petoskey, Michigan, in 1916. Based on the pervasive importance of computing in society today, it wouldn’t be crazy to call the time since then “Shannon’s Century.”

“It is no exaggeration,” wrote Golomb, “to refer to Claude Shannon as the ‘father of the information age,’ and his intellectual achievement as one of the greatest of the twentieth century.”

Shannon is most well-known for creating an entirely new scientific field — information theory — in a pair of papers published in 1948. His foundation for that work, though, was built a decade earlier, in his thesis. There he devised equations that represented the behavior of electrical circuitry. How a circuit behaves depends on the interactions of relays and switches that can connect (or not) one terminal to another. Shannon sought a “calculus” for mathematically representing a circuit’s connections, allowing scientists to be able to design circuits effectively for various tasks. (He provided examples of the circuit math for an electronic combination lock and some other devices.)

information is physical, even in quantum systems...,



sciencenews |  Information may seem ethereal, given how easily we forget phone numbers and birthdays. But scientists say it is physical, and if a new study is correct, that goes for quantum systems, too.

Although pages of text or strings of bits seem easily erased with the press of a button, the act of destroying information has tangible physical impact, according to a principle proposed in 1961 by physicist Rolf Landauer. Deleting information is associated with an increase in entropy, or disorder, resulting in the release of a certain amount of heat for each erased bit. Even the most efficient computer would still output heat when irreversibly scrubbing out data.

This principle has been verified experimentally for systems that follow the familiar laws of classical physics. But the picture has remained fuzzy for quantum mechanical systems, in which particles can be in multiple states at once and their fates may be linked through the spooky process of quantum entanglement.

Now a team of scientists reports April 13 in Proceedings of the Royal Society A that Landauer’s principle holds even in that wild quantum landscape. “Essentially what they’ve done is test [this principle] at a very detailed and quantitative way,” says physicist John Bechhoefer of Simon Fraser University in Burnaby, Canada, who was not involved with the research. “And they’re showing that this works in a quantum system, which is a really important step.” Testing Landauer’s principle in the quantum realm could be important for understanding the fundamental limits of quantum computers, Bechhoefer says. 

a connection between dark energy and time?


thescienceexplorer |  What the heck is dark energy? Physicists have been trying to explain dark energy — the mysterious repulsive force that pushes everything in the universe apart — for years. And even though it makes up nearly 70 percent of all energy in the universe, the only reason we know it exists is due to its influence on other objects. It has never been directly detected.

But dark energy may play a hand in another fundamental quantity of physics. According to a recent paper published in the journal Physical Review E, a team of researchers have postulated that in some cases, dark energy might cause time to propagate forward.

When physicists were first peering into the depths of the cosmos, they expected to find that the universe was slowing down because of the collective gravity from all matter after the big bang. However, they discovered something rather surprising. Everything is speeding up.

As far as we know, the universe operates according to the laws of physics, and almost all the laws are time-reversible, meaning that things look exactly the same whether time runs backwards or forwards.

But why does time have an arrow pointing from the past to the present to the future?

It likely comes down to one very important tenet of physics that is not time-reversible — the second law of thermodynamics. It states that as time moves forward, the amount of disorder in the universe always increases. For this reason, it is currently accepted that the second law is the source of time’s arrow.

Tuesday, May 24, 2016

doing the most: eavesdropping neuronal snmp < hacking dreams


ted |  Now, if you were interested in studying dreams, I would recommend starting first by just looking at people's thoughts when they are awake, and this is what I do. So I am indeed a neuroscientist, but I study the brain in a very non-traditional way, partially inspired by my background. Before I became a neuroscientist, I was a computer hacker. I used to break into banks and government institutes to test their security. And I wanted to use the same techniques that hackers use to look inside black boxes when I wanted to study the brain, looking from the inside out.
4:34
Now, neuroscientists study the brain in one of two typical methods. Some of them look at the brain from the outside using imaging techniques like EEG or fMRI. And the problem there is that the signal is very kind of blurry, coarse. So others look at the brain from the inside, where they stick electrodes inside the brain and listen to brain cells speaking their own language. This is very precise, but this obviously can be done only with animals. Now, if you were to peek inside the brain and listen to it speak, what you would see is that it has this electrochemical signal that you can translate to sound, and this sound is the common currency of the brain. It sounds something like this.
5:17
(Clicking)
5:21
So I wanted to use this in humans, but who would let you do that? Patients who undergo brain surgery. So I partner with neurosurgeons across the globe who employ this unique procedure where they open the skull of patients, they stick electrodes in the brain to find the source of the problem, and finding the source can take days or sometimes weeks, so this gives us a unique opportunity to eavesdrop on the brains of patients while they are awake and behaving and they have their skull open with electrodes inside.
6:02
So now that we do that, we want to find what triggers those cells active, what makes them tick. So what we do is we run studies like this one. This is Linda, one of our patients. She is sitting here and watching those clips.
6:16
(Video) ... can't even begin to imagine.

mebbe it's the fast talking, but this guy seems more full of shit than a christmas goose?



zdnet |  I'm part of a team that runs studies on humans while they are being monitored with electrodes implanted deep inside their brains. This is unique, allowing us to eavesdrop on the activity of individual nerve cells inside a human brain. We work with patients who have severe problems that require brain surgery, for potential resection of the focus of an epileptic seizure. Most people with epilepsy take medication to reduce the seizures, but a small number of patients are candidates for an invasive surgery [resection] that removes the seizure focus and stops the seizures. You want to find the smallest amount of brain you can resect to stop the seizure. The surgeons put electrodes around the part of the brain that is suspected as the seizure onset site. Then the neurologists can monitor the activity inside the patient's brain and wait until the patient has experienced a number of seizures in the course of a few days while they are in the hospital. One can then monitor the flow of the seizures and isolate the exact source before resecting the site that causes the seizures. Then the surgeons remove the electrodes and resect the part of the brain where the seizures originate. The patient walks away seizure-free.

As researchers, we use this unique opportunity to work with a patient who is awake with electrodes deep inside his or her brain to study cognition. The patients who are in the hospital waiting to have seizures for the doctor are happy to help science by participating in studies. These studies allow us unique access to the building blocks of thought, memories and emotions in a way that is rarely accessible otherwise in humans. There are only a small number of people in the world who have had their brains opened and have participated in studies where scientists recorded directly from within their brain. We ask the patients about their feelings, for example, while looking inside the brain using those micro-electrodes, and we can see how their answers indicate how the brain works. We can map the brain and learn how the brain operates slowly using this unique way, by looking inside the brain of a person who is sitting in front of us.

In one study, we had people look at images. When you look at a picture of, say, your mother, there is a part of your brain that becomes active as you recognize her. Other parts come to life when you think about something else (say, Marilyn Monroe or Big Ben in London). We can decode these thoughts by looking at the patterns that become active when you see an image of one thing and when you later think about that thing voluntarily. We then are able to see what they're thinking of as they think. At the same time, we can decode their current thought on these things and effectively project those to the patients in front of their eyes. You can actually show patients their thoughts. Even more interesting for us is we can look at competing thoughts. We can put two images on the screen and tell them to think of only one of them and see how this competition is resolved inside the brain.

Monday, May 23, 2016

british want out of the musical chairs great game...,


WaPo |  Seen from London, Edinburgh, Oxford or other havens of the cosmopolitan British elite, this country’s vote next month on whether to quit the European Union may appear to be a relatively easy choice.
  
Not a day goes by when a foreign leader, renowned economist or military chief doesn’t warn of the dire consequences of a vote to leave — for Britain and for the world.  

But venture just 45 minutes north of London by train to the ancient market city of Peterborough and it soon becomes clear why, with just over a month to go before the referendum, the polls are running nearly even.  

Here, the initials E.U. are spat rather than spoken, Brussels is a dirty word, and all the prophecies of doom seem a small risk compared with the opportunity to unshackle Britain from Europe.  

For in Peterborough — by at least one measure the least E.U.-friendly city in Britain — Europe doesn’t mean the world’s most prosperous and peaceful continent. It means a mass influx of Eastern European immigrants across open borders that residents say has transformed this city beyond all measure.  

“This used to be the posh part of Peterborough. Look at it now,” David Jackson, a 41-year-old teacher, said as he ruefully surveyed the scene on Lincoln Road, the commercial heart of the city’s multiethnic immigrant communities. “Romanians pissing in the park. Lithuanians out on the street drinking, doing drugs. Even the rats here are on heroin.” 

racial self-destruction in America...,


NYTimes |  Ali-Rashid Abdullah, 67 and broad-shouldered with a neatly trimmed gray beard, is an ex-convict turned outreach worker for Cincinnati’s Human Relations Commission. He or his co-workers were at the scenes of all five of Cincinnati’s shootings with four or more casualties last year, working the crowds outside the yellow police tape, trying to defuse the potential for further gunfire.

They see themselves as stop signs for young black men bound for self-destruction. They also see themselves as truth-tellers about the intersection of race and gun violence — a topic that neither the city’s mayor, who is white, nor its police chief, who is black, publicly addresses.

“White folks don’t want to say it because it’s politically incorrect, and black folks don’t know how to deal with it because it is their children pulling the trigger as well as being shot,” said Mr. Abdullah, who is black.

No one worries more about black-on-black violence than African-Americans. Surveys show that they are more fearful than whites that they will be crime victims and that they feel less safe in their neighborhoods.

Most parents Mr. Abdullah meets are desperate to protect their children but are trapped in unsafe neighborhoods, he said, “just trying to survive.” And some are in denial, refusing to believe that their sons are carrying or using pistols, even in the face of clear evidence.

“ ‘Not my child,’ ” he said, adopting the resentful tone of a defensive mother. “ ‘It may be his friends, but not my child, because I know how I raised my child.’ ”

His reply, he said, is blunt: “These are our children killing our children, slaughtering our children, robbing our children. It’s our responsibility first.”

African-Americans make up 44 percent of Cincinnati’s nearly 300,000 residents. But last year they accounted for 91 percent of shooting victims, and very likely the same share of suspects arrested in shootings, according to the city’s assistant police chief, Lt. Col. Paul Neudigate.

Nationally, reliable racial breakdowns exist only for victims and offenders in gun homicides, not assaults, but those show a huge disparity.

The gun homicide rate peaked in 1993, in tandem with a nationwide crack epidemic, and then plummeted over the next seven years. But blacks still die from gun attacks at six to 10 times the rate of whites, depending on whether the data is drawn from medical sources or the police. F.B.I. statistics show that African-Americans, who constitute about 13 percent of the population, make up about half of both gun homicide victims and their known or suspected attackers.

“Every time we look at the numbers, we are pretty discouraged, I have to tell you,” said Gary LaFree, a professor of criminology at the University of Maryland.

Some researchers say the single strongest predictor of gun homicide rates is the proportion of an area’s population that is black. But race, they say, is merely a proxy for poverty, joblessness and other socio-economic disadvantages that help breed violence.

when the cost of living is too high, wombs are closed for business...,


NYTimes |  A shrinking population creates ripples that are felt from the economy to politics.

With one of the lowest birthrates in the world and little immigration, Japan has seen this milestone coming for years, if not decades. Yet efforts by the government to encourage women to have more children have had little effect, and there is little public support for opening the doors to mass immigration.

“These numbers are like losing an entire prefecture,” Shigeru Ishiba, a cabinet minister in charge of efforts to revitalize Japan’s especially depopulated rural areas, said at a news conference. A handful of Japan’s 47 prefectures, administrative districts similar to provinces or states, have populations of less than a million.

Prime Minister Shinzo Abe responded to the census report by reiterating a long-term goal of keeping the population from falling below 100 million. Projections by the government and international bodies like the United Nations suggest that will be difficult, however. The latest United Nations estimates suggest that Japan’s population will fall to 83 million by the end of the century, down 40 percent from its peak.

Mr. Abe’s goal depends on raising the birthrate to 1.8 children per woman, up from 1.4 now and higher than it has been since the early 1980s. Rates have, in fact, risen slightly compared with a decade ago. But with women marrying later — in part, demographers say, to avoid pressure to give up their careers — a more decisive turnaround looks far off.

Japan will not necessarily suffer just because it is smaller. Many countries with fewer people are just as prosperous, and in a country known for jam-packed rush-hour trains, there may even be benefits. Japan’s economic output has been stagnant for years, but the picture looks less dire, economists say, once a shrinking work force is taken into account.

we pray hard for rain, then we pray it stops - is there no end to extreme weather?


Guardian |  Harvest should be the time for celebrations, weddings and full bellies in southern Malawi. But Christopher Witimani, Lilian Matafle and their seven children and four grandchildren had nothing to celebrate last week as they picked their meagre maize crop.

Last year’s drought, followed by erratic rains, hit the village of Nkhotakota hard. But this year the rains never came and, for a second year running, the family grain store is empty. If they manage their savings carefully and eat just one small meal a day, they may just have enough food for two more months.

By August, said Irish charity Concern Worldwide, they and tens of thousands of other small farmers in southern Malawi will have completely run out of food, with no prospect of another harvest for at least seven months. With nothing to sell and no chance of earning money, Witimani, Matafle and family will starve.

“I am worried the children will starve to death. I don’t know what to do,” said Matafle.

“We need food. We are in a desperate situation,” her husband added.

Countries are just waking up to the most serious global food crisis of the last 25 years. Caused by the strongest El Niño weather event since 1982, droughts and heatwaves have ravaged much of India, Latin America and parts of south-east Asia. But the worst effects of this natural phenomenon, which begins with waters warming in the equatorial Pacific, are to be found in southern Africa. A second consecutive year without rain now threatens catastrophe for some of the poorest people in the world.

The scale of the crisis unfolding in 10 or more southern African countries has shocked the United Nations. Lulled into thinking that Ethiopia in 1985 was the last of the large-scale famines affecting many millions, donor countries have been slow to pledge funds or support. More than $650m and 7.9m tonnes of food are needed immediately, says the UN. By Christmas, the situation will have become severe.

Sunday, May 22, 2016

life without design?


aeon |  Biological replication and self‑reproduction are in fact such stupendously well‑orchestrated physical transformations that one must explain how they are possible under the simple, no‑design laws of physics such as ours. This additional explanation, which was not included in the theory of evolution, is essential for that theory to properly explain how living things arise without intentional design – to close the explanatory gap.

The conclusion that the laws of physics must be tailored to produce biological adaptations is amazingly erroneous

Now, it turns out that an explanation of this sort is peculiarly difficult to formulate using the prevailing methods of physics. The latter can predict only what a physical system will do (or will probably do) at a later time, given certain initial conditions and laws of motion. But applying laws of motion to particles is an intractably laborious way to express the appearance of design, replication, self‑reproduction and natural selection. Those processes are highly emergent, involving the collective motion of countless interacting particles.

There is more. Even if one could predict that – given certain dynamical laws and initial conditions – particles would aggregate so as to form a goat at a certain time, this would not at all explain whether a goat could have come about without design. The design of the goat, for all we know, could be encoded in the initial conditions or in the laws of motion. In general, one must explain whether and how a goat ispossible (ie, permitted) under no‑design laws of physics; not just predict that it will (or will probably) happen, given some version of the actual laws and initial conditions.

Thinking within the prevailing conception has led some physicists – including the 1963 Nobel Prize-winner Eugene Wigner and the late US-born quantum physicist David Bohm – to conclude that the laws of physics must be tailored to produce biological adaptations in general. This is amazingly erroneous. If it were true, physical theories would have to be patched up with ‘design-bearing’ additions, in the initial conditions or the laws of motion, or both, and the whole explanatory content of Darwinian evolution would be lost.

So, how can we explain physically how replication and self reproduction are possible, given laws that contain no hidden designs, if the prevailing conception’s tools are inadequate?

By applying a new fundamental theory of physics: constructor theory.

Saturday, May 21, 2016

How Does This Warmongering Neocon Slug Even Fix His Mouth To Call Anybody Else Fascist?!?!


WaPo |  Robert Kagan is a senior fellow at the Brookings Institution and a contributing columnist for The Post.
 
The Republican Party’s attempt to treat Donald Trump as a normal political candidate would be laughable were it not so perilous to the republic. If only he would mouth the party’s “conservative” principles, all would be well. 

But of course the entire Trump phenomenon has nothing to do with policy or ideology. It has nothing to do with the Republican Party, either, except in its historic role as incubator of this singular threat to our democracy. Trump has transcended the party that produced him. His growing army of supporters no longer cares about the party. Because it did not immediately and fully embrace Trump, because a dwindling number of its political and intellectual leaders still resist him, the party is regarded with suspicion and even hostility by his followers. Their allegiance is to him and him alone.

And the source of allegiance? We’re supposed to believe that Trump’s support stems from economic stagnation or dislocation. Maybe some of it does. But what Trump offers his followers are not economic remedies — his proposals change daily. What he offers is an attitude, an aura of crude strength and machismo, a boasting disrespect for the niceties of the democratic culture that he claims, and his followers believe, has produced national weakness and incompetence. His incoherent and contradictory utterances have one thing in common: They provoke and play on feelings of resentment and disdain, intermingled with bits of fear, hatred and anger. His public discourse consists of attacking or ridiculing a wide range of “others” — Muslims, Hispanics, women, Chinese, Mexicans, Europeans, Arabs, immigrants, refugees — whom he depicts either as threats or as objects of derision. His program, such as it is, consists chiefly of promises to get tough with foreigners and people of nonwhite complexion. He will deport them, bar them, get them to knuckle under, make them pay up or make them shut up.

Not Just Trade - Political Realignment On Foreign Policy Imperative As Well...,



theintercept |  IN THE LATEST example of how foreign policy no longer neatly aligns with party politics, the Charles Koch Institute — the think tank founded and funded by energy billionaire Charles Koch — hosted an all-day event Wednesday featuring a set of speakers you would be more likely to associate with a left-wing anti-war rally than a gathering hosted by a longtime right-wing institution.

At the event, titled “Advancing American Security: The Future of U.S. Foreign Policy,” prominent realist and liberal foreign policy scholars took turns trashing the neoconservative worldview that has dominated the foreign policy thinking of the Republican Party — which the Koch brothershave been allied with for decades.

Most of the speakers assailed the Iraq War, nation building, and regime change. During a panel event also featuring former Obama Pentagon official Kathleen Hicks, foreign policy scholar John Mearsheimer brought the crowd to applause by denouncing American military overreach.

“We need to pull back, stop fighting all these wars. Stop defending rich people who are fully capable of defending themselves, and instead spend the money at home. Period. End of story!” he said, in remarks that began with a denunciation of the dilapidated state of the Washington Metrorail system.

“I completely agree on infrastructure,” Hicks said. “A big footprint in the Middle East is not helpful to the United States, politically, militarily, or otherwise.”

Chas Freeman, a former ambassador to Saudi Arabia, decried U.S. thinking on toppling foreign governments. “One has to start questioning the basic premise of regime change, whether it is to be accomplished by invasion and occupation or by covert action or the empowerment of NGO activity on the ground or other means,” he reflected. “Frankly, it generally doesn’t go well.”

“If you want to know why our bridges are rickety … our children are educationally malnourished, think of where we put the money,” concluded Freeman, pointing to the outsized military budget.