Breaking: Moguls Fear AI Apocalypse

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By Jacob Silverman

Source: The Baffler

A funny thing happened on the way to the Singularity. In the past few months, some of the tech industry’s most prominent figures (Elon Musk, Bill Gates), as well as at least one associated guru (Stephen Hawking), have publicly worried about the consequences of out-of-control artificial intelligence. They fear nothing less than the annihilation of humanity. Heady stuff, dude.

These pronouncements come meme-ready—apocalyptic, pithy, trading on familiar Skynet references—grade-A ore for the viral mill. The bearers of these messages seem utterly serious, evincing not an inkling of skepticism. “I think we should be very careful about artificial intelligence,” Elon Musk said. “If I had to guess at what our biggest existential threat is, it’s probably that.”

“The development of full artificial intelligence could spell the end of the human race,” said Stephen Hawking, whose speech happens to be aided by a comparatively primitive artificial intelligence.

Gates recently completed the troika, sounding a more circumspect, but still troubled, position. During a Reddit AMA, he wrote: “I agree with Elon Musk and some others on this and don’t understand why some people are not concerned.”

It’s easy to see why these men expressed these fears. For one thing, someone asked them. This is no small distinction. Most people are not, in their daily lives, asked whether they think super-smart computers are going to take over the world and end humanity as we know it. And if they are asked, the questioner is usually not rapt with attention, lingering on every word as if it were gospel.

This may sound pedantic, but the point is that it’s pretty fucking flattering—to one’s ego, to every nerd fantasy one has ever pondered about the end of days—to be asked these questions, knowing that the answer will be immediately converted (perhaps, by a machine!) into headlines shared all over the world. Musk, a particularly skilled player of media hype for vaporous ideas like his Hyperloop, must have been aware of these conditions when he took up the question at an MIT student event in October.

Another reason Silicon Valley has begun spinning up its doomsday machine is that the tech industry, despite its agnostic leanings, has long searched for a kind of theological mantle that it can drape over itself. Hence the popularity of Arthur C. Clarke’s maxim: “Any sufficiently advanced technology is indistinguishable from magic.” Any sufficiently advanced religion needs its eschatological prophecies, and the fear of AI is fundamentally a self-serving one. It implies that the industry’s visionaries might create something so advanced that even they might not be able to control it. It places them at the center of the mechanical universe, where their invention—not God’s, not ExxonMobil’s—threatens the human species.

But AI is also seen as a risk worth taking. Rollo Carpenter, the creator of Cleverbot, an app that learns from its conversations with human beings, told the BBC, “I believe we will remain in charge of the technology for a decently long time and the potential of it to solve many of the world problems will be realised.”

There’s a clever justification embedded in here, the notion that we have to clear the runway for technologies that might solve our problems, but that might also, Icarus-like, become too bold, and lead to disaster. Carpenter’s remarks are, like all of the other ones shared here, conveniently devoid of any concerns about what technologies of automation are already doing to people and economic structures now. For that’s really the fear here, albeit in a far amplified form: that machines will develop capabilities, including a sense of self-direction, that render human beings useless. We will become superfluous machines—which is the same thing as being dead.

For many participants in today’s technologized marketplace, though, this is already the case. They have been replaced by object-character recognition software, which can read documents faster than they can; or by a warehouse robot, which can carry more packages; or by an Uber driver, who doesn’t need a dispatcher and will soon be replaced by a more efficient model—that is, a self-driving car. The people who find themselves here, among the disrupted, have been cast aside by the same forces of technological change that people like Gates and Musk treat as immutable.

Of course, if you really worry about what a business school professor might call AI’s “negative externalities,” then there all kinds of things you can do—like industry conclaves, mitigation studies, campaigns to open-source and regulate AI technologies. But then you might risk deducing that many of the concerns we express regarding AI—a lack of control, environmental devastation, a mindless growth for the sake of growth, the rending of social and cultural fabric in service of a disinterested higher authority ravenous for ever-more information and power—are currently happening.

Take a look out the window at Miami’s flooded downtown, the e-waste landfills of Ghana, or the fetid dormitories of Foxconn. To misappropriate the prophecy of another technological sage: the post-human dystopia is already here; it’s just not evenly distributed yet.

Jacob Silverman’s book, Terms of Service: Social Media and the Price of Constant Connection, will be published in March.

Get Big or Get Out: Complex Systems and Reciprocal Ecocide

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By Gary Gripp

Source: The Hampton Institute

For awhile now I have been saying that the complex systems which supposedly serve us actually serve themselves: they call the tune and we dance as directed. But I haven’t offered a whole lot of examples of what I mean. Now I would like to remedy that by offering some examples of how systems may interlock with each other and lock us into their individual and collective agendas. I will jump in – not at the beginning, but in medias res – the world I was born into, in the middle of World War Two.

At this time, the bomb factories were manufacturing great guns here in America thanks to a discovery made in Germany in the early part of the twentieth century by Fritz Haber. The Haber process, for which Haber received the Nobel Prize, is a way of turning atmospheric nitrogen into ammonia, which can in turn be used as a basis for making military weapons like bombs. Munitions factories built amazing industrial capacity during the war years, but then, finally, the war came to an end. With such industrial infrastructure already in place, but with the cash flow drying up, there was incentive within these corporate-owned businesses to keep all their interconnected systems of extraction, production, and distribution chugging along, which, thanks to the Green Revolution, they were able to do by cranking out artificial fertilizer, pesticides, and other agro-chemicals.

During these same war years scientist Norman Borlaug was developing hybrid strains of wheat and other grains that required intensive irrigation and just the kinds of artificial fertilizers that these erstwhile bomb factories were now turning out. And thus began a revolution in land use, a population explosion, and a movement of people off the land and into cities. The institution of the small family farm, where parents and children worked together to make a living off the land, would come to be seen as an archaic way of life, and American Secretary of Agriculture, Ezra Taft Benson, would intone the new mantra of “Get big or get out” of agriculture. A later Secretary of Agriculture, Earl Butz, would enjoin those still on the farm to “plant fencerow to fencerow,” getting rid even of kitchen gardens and the trees that acted as wind breaks and thermal insulation in order to maximize “efficiency” in this industrial model of the economies of scale. In this atmosphere of postwar boom-times, America’s once small-scale farming became large-scale agribusiness where giant machines, artificial fertilizer, hybridized seed, and imported irrigation water became the order of the day. This trend continues, as less than two percent of Americans now make their living farming, while genetic engineering is touted as a technological breakthrough that will “feed the world.”

Many, many systems are involved in this revolution that has changed the face of America in our lifetimes. Two cultural institutions that preceded this land-use and societal revolution are the corporation and the banks, and both these have served as important drivers to the way things played out on the ground and in people’s lives. What keeps the banks in business is the culturally established convention of interest on debt. Money is borrowed to accomplish some desired project with the understanding (in the form of a contract) that all the money would be paid back plus a large bonus to the lenders: interest paid on debt is a huge factor in our economic system and a driver of continual growth. The system imperative of interest on debt is in fact a pyramid scheme that requires new players to enter the game in order to keep this system going. Likewise, the corporation, with its imperative to earn profits for shareholders above any societal or other value, requires management decisions that maximize profits while minimizing costs and risks to that single class of people. And this imperative is also a driver of growth. The “get big or get out” injunction applies not only to farmers; it applies at nearly all levels of business.

Between them, Fritz Haber and Norman Borlaug are credited with allowing the human population to grow to twice the size that it could have without the intervention of the systems their innovations set in motion. A burgeoning population in turn drives all the systems to do more and more: more extraction, more production, more distribution, more consumption, along with more waste products coming out of each one of these systems of the global industrial economy. Add to this the revolution of rising expectations, where everybody wants to live in the lavish way we do, and you have a recipe for using up every last asset of a living planet, until it is stripped down to a lifeless cinder. This is the direction we are headed in, and we are not slowing this juggernaut down; in fact, it is accelerating, as we add more people, more systems, and more drivers to push us at breakneck speed, toward what?

But let’s go back and consider some other implications of bomb factories becoming a driver of industrial-style agriculture. We have built one hell of a lot of dams in the last half of the twentieth century in order to supply irrigation water to chemically-enhanced crops on machine-carved, corporately-owned land. Redistributing the natural flow of rivers has been less than a boon to fish populations, including migratory fish like steelhead and salmon. Runoff of nitrogen-rich chemical fertilizers has created dead zones in the Gulf of Mexico, and everywhere this form of agriculture (temporarily) flourishes. All the little scraps of land that were once saved for wildlife by the small farmer have been effectively removed in the name of efficiency. The relationship that the small farmer once had to the land is all but gone now, replaced by a relationship to massive machines, and to the banks. All those small farmers who have lost their land to the economics of giant-sized agribusiness have surrendered a life they loved for something far less satisfactory, and how much less satisfactory is attested to by many a farmer suicide-sometimes by drinking the poisonous chemicals used to saturate the land. And the land itself is now all but dead, its living topsoil blown and washed away, and what is left depleted of its living, soil-building organisms. When the organisms that build soil health are drenched with poisons and leached away, the plants that grow in this diminished medium are robbed of much of their nutritional value, including many of the vitamins, minerals, and phytonutrients that are so important to human health. Deprived of full nutrition, the health of the people suffers-as we now see all around us.

This is just a sketch of some the interconnected systems that impinge on our lives. I personally don’t see much opportunity here for human interventions that are going to make meaningful change, and the reasons for this are several. The systems we find ourselves entangled in all seem to share in the same imperative for growth, and this growth manifests in several ways. One way it manifests can be seen is in the growth of medium-sized corporations in global mega-corporations, through mergers, buyouts, and hostile takeovers, resulting in an ever greater concentration of power in the hands of a few. This is a trend that became evident in post-war America, and has only intensified in the years since-despite lip service to anti-trust laws designed to prevent monopolistic distortions of a market that calls itself ‘free.’ The explosion of the human population, from 1.6 billion at the twentieth century’s start to 6.1 billion at its end, is another obvious example of the growth imperative gone off the rails. What may not be so obvious is how feedback loops between our population growth and the complex systems in which we were – and are – entangled, have swapped roles as driver in the growth of the other; were, and are, mutually reinforcing causes, while also being mutually reinforcing effects, of synergistic runaway growth. I personally don’t see that we humans have the clear option of disconnecting ourselves from these systems that both serve us and cause us to serve them. Something from outside this entangled relationship could break these very sticky bonds-something big, like Mother Nature, for instance. Short of such an intervention, I don’t expect to see our trajectory changing direction anytime soon.

Monsanto Shill Patrick Moore Fails “Glyphosate Challenge”

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France is not without it’s share of free speech issues, but much credit should be given to the Canal+ network and a recent documentary they aired, “Bientôt dans vos assiettes” (Soon on your plate), produced by investigative journalist Paul Moreira. During an interview for the show, corporate green-washer Patrick Moore claims that glyphosate, the key ingredient in Monsanto’s Roundup herbicide, is safe enough to drink (an oft-repeated claim for Monsanto chemicals). Moreira’s response is brilliant: offering Moore an opportunity to drink glyphosate in front of the cameras. This is a transcript of the PR nightmare moment:

Moore: Do not believe that glyphosate in Argentina is causing increases in cancer. You can drink a whole quart of it and it won’t hurt you.

Moreira: You want to drink some? We have some here.

Moore: I’d be happy to actually… Not, not really, but…

Moreira: Not really?

Moore: I know it wouldn’t hurt me.

Moreira: If you say so, I have some glyphosate.

Moore: No, I’m not stupid.

Moreira: OK. So you… So it’s dangerous, right?

Moore: No. People try to commit suicide with it and fail, fairly regularly.

Moreira: Tell the truth. It’s dangerous.

Moore: It’s not dangerous to humans. No, it’s not.

Moreira: So you are ready to drink one glass of glyphosate?

Moore: No, I’m not an idiot.

Moore then abruptly ends the interview losing what little dignity he had left by calling the interviewer “a complete jerk.” This is the man Monsanto and the Biotech industry would have us believe is a suitable science Ambassador for EXPO 2015 whose theme will be “Feeding the planet, energy for life”. Moore has also been vocal on social media in response to the decision of the World Health Organization’s panel of scientists to list glyphosate as a probable carcinogen.

Enjoy the schadenfreude with James Corbett through the following Corbett Report video:

It could only be better had Moore actually drank it.

 

Gates Foundation’s Seed Agenda in Africa ‘Another Form of Colonialism,’ Warns Protesters

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‘This neoliberal agenda of deregulation and privatization poses a serious threat to food sovereignty and the ability of food producers and consumers to define their own food systems and policies,’ says campaigners

By Lauren McCauley

Source: CommonDreams.org

Food sovereignty activists are shining a light on a closed-door meeting between the Bill and Melinda Gates Foundation (BMGF) and the United States Agency for International Development (USAID), which are meeting in London on Monday with representatives of the biotechnology industry to discuss how to privatize the seed and agricultural markets of Africa.

Early Monday, protesters picketed outside the Gates Foundation’s London offices holding signs that called on the foundation to “free the seeds.” Some demonstrators handed out packets of open-pollinated seeds, which served as symbol of the “alternative to the corporate model promoted by USAID and BMGF.” Others smashed a piñata, which they said represented the “commercial control of seed systems;” thousands of the seeds which filled the pinata spilled across the office steps. A similar protest is expected later Monday in Seattle, Washington, where BMGF is headquartered.

The meeting was convened to discuss a report put forth by Monitor-Deloitte, which was commissioned by BMGF and USAID to develop models for the commercialization of seed production in Africa, especially “early generation seed,” and to identify ways in which the African governmental sectors could facilitate private involvement in African seed systems. The study was conducted in Ethiopia, Ghana, Nigeria, Tanzania and Zambia on maize, rice, sorghum, cowpea, common beans, cassava and sweet potato.

However, food sovereignty activists are sounding the alarm over the secret meeting. Heidi Chow, food sovereignty campaigner with Global Justice Now, which organized Monday’s protest, warned that the agenda being promoted by these stakeholders will only increase corporate control over seeds.

“This is not ‘aid’ – it’s another form of colonialism,” said Chow. “We need to ensure that the control of seeds and other agricultural resources stay firmly in the hands of small farmers who feed the majority of the population in Africa, rather than allowing big agribusiness to dominate even more aspects of the food system.”

In a blog post, Chow further explained:

For generations, small farmers have been able to save and swap seeds. This vital practice enables farmers to keep a wide range of seeds which helps maintain biodiversity and helps them to adapt to climate change and protect from plant disease. However, this system of seed saving is under threat by corporations who want to take more control over seeds. Big seed companies are keen to grow their market share of commercial seeds in Africa and alongside philanthropic organizations like the Gates Foundation and aid donors, they are discussing new ways to increase their market penetration of commercial seeds and displacing farmers own seed systems.

Corporate-produced hybrid seeds often produce higher yields when first planted, but the second generation seeds will produce low yields and unpredictable crop traits, making them unsuitable for saving and storing. This means that instead of saving seeds from their own crops, farmers who use hybrid seeds become completely dependent on the seed companies that sell them.

Further, many of the seeds produced by these biotechnology giants are sold alongside chemical fertilizer and pesticides, manufactured by the very same companies, the use of which often leads to widespread environmental destruction and other health problems.

As others noted, while the meeting attendees included representatives from the World Bank and Syngenta, the world’s third biggest seed and biotechnology company, no farmers or farming organizations were represented at the talks.

“Seeds are vital for our food system and our small farmers have always been able to save and swap seeds freely,” Ali-Masmadi Jehu-Appiah, chair of Food Sovereignty Ghana, said in a press statement. “Now our seed systems are increasingly under threat by corporations who are looking to take more control over seeds in their pursuit of profit. This meeting will push this corporate agenda to hand more control away from our small farmers and into the hands of big seed companies.”

Reporting on the Monitor-Deloitte study, Ian Fitzpatrick, a food sovereignty researcher for Global Justice Now, said that documents circulated ahead of the meeting revealed a neo-liberal agenda “laid bare.”

Fitzpatrick writes:

The report recommends that in countries where demand for patented seeds is weaker (i.e. where farmers are using their own seed saving networks), public-private partnerships should be developed so that private companies are protected from ‘investment risk’. It also recommends that that NGOs and aid donors should encourage governments to introduce intellectual property rights for seed breeders and help to persuade farmers to buy commercial, patented seeds rather than relying on their own traditional varieties.

Finally, in line with the broader neoliberal agenda of agribusiness companies across the world, the report suggests that governments should remove regulations (like export restrictions) so that the seed sector is opened up to the global market.

“This neoliberal agenda of deregulation and privatization, currently promoted in almost every sphere of human activity—from food production to health and education—poses a serious threat to food sovereignty and the ability of food producers and consumers to define their own food systems and policies,” Fitzpatrick adds.

AGRA Watch, a program of the grassroots group Community Alliance for Global Justice, notes that the BMGF-USAID commercial seed agenda further “extends U.S. foreign policy into Africa on behalf of corporate interests.”

Phil Bereano, food sovereignty campaigner with AGRA Watch and an Emeritus Professor at the University of Washington added: “This is an extension of what the Gates Foundation has been doing for several years—working with the US government and agribusiness giants like Monsanto to corporatize Africa’s genetic riches for the benefit of outsiders. Don’t Bill and Melinda realize that such colonialism is no longer in fashion? It’s time to support African farmers’ self-determination.”

Colluders in Crude: The Oily Politics of How the Obama Administration Sided with BP Over the American People

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By Stuart H. Smith

Source: WhoWhatWhy

The explosion and sinking of the Deepwater Horizon oil rig on April 21, 2010,  was the largest accidental marine oil spill in the history of the petroleum industry. The resulting devastation to human health and the environment continues to this day. A new Florida State University study, published on Jan. 20 in the journal Environmental Science & Technology, reports that up to 10 million gallons of crude oil “missing” from the spill settled at the bottom of the Gulf of Mexico, imperiling wildlife and marine ecosystems.

Stuart H. Smith, an environmental plaintiff attorney who served as lead counsel on more than 100 oil pollution cases and has won major litigation against oil giants Chevron and ExxonMobil, came to represent thousands of claimants against BP. He saw from the inside how BP and the American government really responded to the crisis. This article is adapted from his book, Crude Justice: How I Fought Big Oil and Won, and What You Should Know about the New Environmental Attack on America (BenBella Books, 2015). 

I am a first-hand witness to the Obama administration’s complicity in putting the interests of a foreign company above and beyond the health and safety of American workers.

The tragedy began on April 21, 2010, with the explosion and fire on British Petroleum’s Deepwater Horizon oil rig in the Gulf of Mexico off the Louisiana coast. It killed 11 workers and caused a leak that would ultimately spew nearly five million barrels of oil into the Gulf.

Denying Workers Protective Gear

BP hired workers to clean up the spill, but no one was publicly addressing what the prolonged exposure to oil—which is laden with carcinogens such as benzene—might do to them. There was little talk about the threat of volatile organic compounds (VOCs) in the air along the Gulf Coast, even for workers traveling to the edge of the spill in boats and removing oil from the beaches. Cleanup crews were attaching oil-catching booms to their shrimp boats and driving their boats directly through the oil slicks to corral and collect the oil spilling from BP’s broken well—and largely tackling their jobs without serious protective gear, because BP had not supplied it.

“BP knew that providing protective equipment would be an admission that the oil exposure was dangerous and sought to avoid that at all costs,” says Marylee Orr, the founder and longtime executive director of the Louisiana Environmental Action Network (LEAN), a leading environmental group in the state.

It wasn’t long before the fishermen began reporting headaches, vomiting, nausea, dizziness, and chest pains.

In early June, two key Democratic members of Congress—Minnesota Representative James Oberstar, then-chairman of the House Transportation and Infrastructure Committee, and New York Representative Jerrold Nadler, a senior committee member—sent a letter to the EPA and the Department of Labor demanding that Gulf workers be provided with “proper protective equipment, including respirators.”

Incredibly, the Obama administration said “no.”

David Michaels, assistant secretary in the Labor Department, who oversaw the Occupational Safety and Health Administration, told the Wall Street Journal that their tests showed “minimal” risk from exposure to airborne toxins—despite the fact that EPA’s air monitors along the Gulf Coast were picking up substantial airborne VOC readings from the spill, and despite scores of alarming medical reports from cleanup workers.

Protecting BP Stockholders

Around the same time, President Barack Obama was on the phone to the British prime minister. David Cameron was in a tizzy because so many English pensioners had their retirement money tied up in BP stock.

“The president made clear that he had no interest in undermining BP’s value,” Cameron’s office announced after the phone call.

Indeed, on June 16, 2010—one month before the leaking well had been capped and the full extent of the damage could be investigated—the White House announced an unprecedented deal with BP in which the oil company would finance a relief fund of up to $20 billion.

This escrow fund was good politics—$20 billion sounded impressive to the average voter—but would prove to be music to the ears of BP’s board. Historically, such escrow funds had been effective means for companies to limit their liability. They were tools for persuading vulnerable people in desperate need to sign away their legal rights to recover full compensation for the damages they’d suffered.

Sure enough, just before Christmas 2010, Kenneth Feinberg, who’d been appointed to oversee the fund, made a blatant attempt to boost the number of cases the fund could say were “settled” by offering the spill’s victims one-time bonus payments of $5,000 for individuals and $25,000 for businesses, contingent upon his settlement terms.

In fact, the $20 billion fund had set a preliminary target for damage claims that would turn out to be tens of billions of dollars less than the actual damages. Moreover, the agreement allowed BP to secure the fund using future productions from its leases in the Gulf of Mexico as collateral, exempting all of BP’s holdings elsewhere.  This locked the federal government into a partnership with BP, forcing it to continue to allow its offshore drilling in the Gulf to pay back the claims.

Hiding the Oil, Spreading the Toxins

In the early days of the spill, BP began unleashing gallons of a toxic chemical called Corexit.  Corexit was able to get rid of the thick black oily plumes on the water’s surface that had been visible for miles across the Gulf and were becoming such a public relations disaster on the nightly TV news.

But Corexit wasn’t solving the oil problem, only the PR problem.  Corexit was merely hiding the oil and spreading toxins over a larger area. This created even greater risks for the cleanup workers—risks they had not been trained to deal with.

Weeks after the spill, LEAN’s Marylee Orr pressed for admission to the main command centers, to which her NGO was supposed to have access. Eventually she and other Gulf environmental activists got a private meeting with a top federal official—EPA administrator and Louisiana native Lisa Jackson. They argued that the feds needed to force BP to stop spraying Corexit in the Gulf and produced evidence that Corexit was merely masking the oil and dispersing toxins over a bigger area.

(Hugh Kaufman, longtime EPA employee and whistleblower, said government officials were well aware of the hazards of Corexit, telling an interviewer that “in the Exxon Valdez case, people who worked with dispersants, most of them are dead now.  The average death age is around 50.”)

At first it seemed like Jackson was listening to their plea. A short time later, in late May, the EPA and the Coast Guard issued a joint order to BP telling the company to “eliminate” surface spraying of Corexit—unless the firm got a waiver from the Coast Guard because of exceptional circumstances.

You can guess how that all played out. BP asked for and routinely got a waiver from the Coast Guard to spray Corexit—day after day, including nine days in a row immediately after Lisa Jackson’s “order,” and ultimately 74 times over 54 days. An estimated million gallons of the toxic dispersant were deployed in the Gulf after the government’s supposed command to eliminate much of its use.

Later, independent laboratory tests performed for me confirmed what the experts had feared about the Corexit spraying: dispersing the oil actually meant taking the toxic elements of the oil from the surface, where they were highly concentrated but weren’t harming marine life below, and spreading them deep into Gulf waters.  Our lab tests showed toxic pollution of water at levels 35 times higher than before the oil was dispersed.

Claiming “Gulf Seafood Is Safe”

Early on, the federal government’s public relations initiative was in full gear. On June 14—54 days into the crisis of the oil spill—President Obama came down to the Florida Panhandle and decreed that he was launching “a comprehensive, coordinated, and multiagency initiative” to make sure the catch from the Gulf waters was safe to eat.  “Now,” he said into the bank of cameras, “I had some of that seafood for lunch, and it was delicious….So let me be clear. Seafood from the Gulf today is safe to eat.  But we need to make sure that it stays that way.”

In essence, Obama was telling Americans to eat first and ask questions later.  But how could the president assure the public that seafood was safe to eat when, as he acknowledged, in-depth testing hadn’t yet even been carried out?”

At the Pentagon, a massive order for shrimp, crab cakes, and pre-packaged jambalaya was placed and sold at base commissaries around the world.  The executive chef at the White House bought and served more than 2,000 pounds of shrimp and other Gulf goodies at an array of holiday parties for Barack and Michelle Obama and their guests, commenting: “We at the White House are so happy to play our part in reminding Americans that Gulf seafood is not only safe but delicious.”

Around the Gulf, news accounts quoted fishermen who were reeling in red snapper with sores and lesions—some the size of a 50 cent piece—the likes of which they had never seen before.  Crab fishermen were reporting that their hauls had dropped by 70% and that the few crabs they did pull up suffered similar lesions and disease.  It made sense. Red snapper were bottom feeders—eating the shrimp and crabs that live on the sea floor—and independent scientists had already shown that oil from the leaking BP rig was coating the bottom of the Gulf.

Practicing Faulty and Deceptive Testing

In late 2010, the government stated that it had tested more than 10,000 seafood samples from the Gulf and found no evidence of problems. But the vast majority of those tests were what the National Oceanic and Atmospheric Administration called “sensory testing,” and what you and I might call a smell test. This test was hardly adequate for finding traces of hydrocarbons that are odorless, yet highly toxic.

Moreover, in conducting the smell tests, specimens that were clearly oiled in the spill or possibly diseased were tossed aside, skewing the lab results. When the seafood that would have produced the worst numbers was transferred to trash buckets, the polynuclear aromatic hydrocarbon numbers looked a lot better.

In addition, according to the government testing structure, the “safe” consumption level for a grown man is four shrimp a week.  Who the hell living on the Gulf of Mexico eats only four shrimp per week?

Conducting his own test analysis, Paul Orr, Marylee’s son and the unofficial river keeper for the lower Mississippi, gathered samples of shrimp, crab, and finfish from 20 different locations in the Gulf off the Louisiana and Mississippi coastlines. His results showed high levels of total petroleum hydrocarbons, including in seafood from areas that had been declared safe for fishing. Testing by other independent environmentalists showed high levels of cadmium, a long-lasting carcinogen.

Alleging “Swimming Is Safe”

The seafood shilling was just the beginning.

The government also issued reports that beaches were safe for swimming. President Obama dramatized this, allowing a photo of him swimming with his daughter—in an unimpacted bay, of course—along the Florida Panhandle coast.

The passage of time did not diminish the assault on the beaches.  Tropical Storm Lee washed tar balls and patches of asphalt-like gunk up and down the Gulf in 2011, as did Hurricane Isaac in the summer of 2012.  In 2013, more than three years after the BP catastrophe, a blob of oil from the Macondo field that was roughly half the size of a football field came ashore in Grand Terre Island off the coast of Louisiana.

Attempting to Bar Independent Testing

The U.S. government seemed to have two agendas—both of them bad.  One was siding with large commercial fishing operations in the Gulf, whose livelihood depended on public confidence in the safety of their catch, and not with the broader U.S. public of seafood consumers.  The other was to get the PR nightmare of BP out of the headlines.

Almost immediately after the spill, the FAA implemented a temporary flight restriction across the entire eastern Gulf of Mexico that continued for months.  They refused to let the media get anywhere close to the offshore slicks. The Coast Guard turned the entire zone over to private security goons hired by BP who would not let anyone near the spill to photograph and take samples. BP’s guards blocked many of the roads leading to oil-gunked beaches. Never before had America ceded its sovereign police power to a corporation, and a foreign one at that.

Key governmental agencies involved in the Gulf Coast recovery seemed to be working harder to prevent independent scientists from doing their own testing than they were in conducting their own rigorous studies.

As a Big Oil litigator, I knew that the fastest way to lose an environmental law case was to rely on industry or government data, which rarely painted the full picture. It was critical to perform your own testing using your own experts.  I’d never had an environmental case where the government was on the side of the victim.

***

To prove toxic exposure and resulting damages in the BP disaster, I hired Dr. William Sawyer, a top Florida-based research toxicologist with 30 years of experience, and Worcester Polytechnic civil engineer Marco Kaltofen, considered one of the top engineers in the field, who described himself as “specializing in when things go really bad.”

Marco and William decided that the best approach to overcoming the restricted access was simply to look and act like they belonged.  “We dressed the way the BP guys dressed,” Marco told me later.   “We had the story, we had the business cards and lab notebook and all the equipment.  And you just go out there and you mix it up.”

Soon the BP cleanup contractors were giving Marco and his coworker access to their refreshment tent.

“I got a Louisiana oysterman’s license,” Marco said. “I would get out to these sites and they would say, ‘I’m sorry—you can’t be collecting specimens out here.’  I’d say, ‘I got a Louisiana scientific collection permit,’ and I would get BP escorts when I produced this document.  It looked really official—it said I could collect oysters around this area….It had dates, stamps….”

From that, Marco collected a treasure trove of shellfish and marine life, as well as water, sand, and spilled oil.

Marco and William’s initial data showed alarming levels of toxic hydrocarbons, first in the Gulf water columns, and then in seafood. Even before they issued a formal report, they posted some of their raw data on the Internet.

That’s when they started receiving phone calls from staffers on the president’s commission investigating the oil spill.

“There was a grave concern as to why we were finding contamination,” William recalled, “and then the questions were geared toward whether we had sampling permits.”

Instead of expressing concern about the danger that might be posed to American consumers from eating oil-contaminated seafood, federal investigators were questioning whether Marco and William had permits to collect the samples.

It was only after a TV news crew investigated the calls and a New Orleans-area congressman called for a full-blown investigation that the Oil Spill Commission pulled a 180-degree turn.  One staffer even tried to explain that the calls to Marco and his associate had gone out because the commission had been impressed with their work.

Much later, our team learned about some of the intense pressure that was taking place behind the scenes.  At the same time that we were pressing for a more open investigation of environmental impact, in-fighting was ensuing between other independent scientists, who were finding equally troubling data, and government officials, who were finding ways to cover up the discoveries. The Reuters news agency learned that wildlife biologists who’d been hired by the National Marine Fisheries Service to document an “unusual marine event”—the dramatic rise in dolphin deaths—were told they couldn’t make their findings known because it was part of a law enforcement probe into the BP spill.

Denying Evidence

Mounting evidence revealed that oil-spill cleanup workers and other Gulf residents were suffering respiratory illnesses, skin rashes, and other more serious maladies.  But federal authorities insisted that the rise in such ailments was merely a coincidence. Donald Boesch, a member of Obama’s Oil Spill Commission, summed up their response: “We were charged with being evidence-driven, and the fact is, we’ve asked for and sought out evidence that the oil spill is the proximate cause of these health problems, and we just haven’t found it.”

But all Boesch had to do was walk into any of the doctors’ crowded waiting rooms and health clinics scattered across the Gulf region.

Dr. Michael Robichaux of Mathews, Louisiana, on the Gulf Coast, was among those examining the ailing cleanup workers and other coastal residents. At first the doctor was dubious that the ailments were linked to the workers’ and residents’ exposure to BP’s oil and Corexit. But after he began treating them, he converted and became an evangelist for their cause.  Of the 113 patients he treated who had been exposed to toxic pollution, he wrote that about 100 of them had severe chronic health effects, to the point that many were unable to work. “It appears that the interests of a large, foreign corporation have superseded the needs of thousands of Americans who reside along the coast of the Gulf of Mexico,” Dr. Robichaux told U.S. District Judge Carl Barbier.

Settlement Deals

In May 2012, BP announced that it had reached a settlement deal—estimated at the time to be worth $7.8 billion—with a circle of well-connected tort lawyers called the Plaintiffs Steering Committee on behalf of the Gulf Coast residents and small businesses.  Joining a handful of other lawyers, I appeared before Judge Barbier that September to object to the proposed deal.  How, we asked, could a proper price be fixed on the damage caused by BP when new oil kept coming ashore, as had happened when Hurricane Isaac hit the Gulf Coast just days before the courtroom arguments?  We also argued that the deal was woefully inadequate, both for those who had been made ill and for many coastal businesses.

We didn’t win that skirmish, but other penalties for the British oil giant are finally adding up. In early 2015, a federal judge was nearing a final ruling on civil penalties against BP under the federal Clean Water Act, which could reach some $13.7 billion.

To date, my firm has successfully handled claims against BP for about three quarters of our thousands of clients.  Hundreds of them remain, fighting for their fair share.

The extreme efforts of a Big Oil giant to avoid liability for its actions have been sadly familiar to me.  But the actions of the U.S. government to side with a huge multinational corporation against the health and safety of American workers are unconscionable.

Adapted from CRUDE JUSTICE:  How I Fought Big Oil and Won, And What You Should Know About the New Environmental Attack on America by Stuart H. Smith (BenBella Books, 2015). 

Utopia: The Final Frontier

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By Sadie Doyle

Source: The Baffler

Leonard Nimoy, who passed away this past Friday, was less an actor than an icon, an ever-present figure and a seemingly universal pop-culture touchstone. What struck me, upon hearing the news of his death, was that I’d somehow assumed he couldn’t die. It seemed as if Leonard Nimoy had always been there, in one form or another—as Spock, as himself on the best episodes of The Simpsons, as the man singing that ridiculously earworm-y theme song to the animated Hobbit movie—and I’d believed he always would be.

Not bad, for a guy whose biggest claim to fame was a TV show that was cancelled after three seasons. Despite his understandable discomfort with being identified solely with Star Trek (his first memoir was entitled I Am Not Spock, after all), it’s Spock, and Star Trek, that will be Leonard Nimoy’s most lasting legacy.

The role also explains much of the emotional hold he had on fans: he was the purest and clearest symbol of Star Trek’s utopian vision. Spock was an icon of perfectible human nature existing in a perfected world.

The Star Trek universe’s political vision is fun in part because it’s so massively impractical. The reasons I adored it as a child are the same reasons I find it so charming today. To start with, Star Trek is explicitly post-capitalist. No one worries about money; the characters seem to show up to work simply because they like being there. And the one alien species that does operate on a capitalist structure, the Ferengi, are villains. Yet the Federation is entirely devoid of the problems anti-capitalists face now: no one gets stuck with a crap job on the spaceship, because all of the “bad” jobs (factory labor, secretarial work, cleaning the Holodeck) are automated. No one has to worry that sharing resources will deprive them of things they want; in the Federation, everyone is comfortably middle-class, if not rich.

Needless to say, this is impossible. As ecofeminists like Vandana Shiva and Maria Mies have repeatedly affirmed, affluent, technologically enabled Western lifestyles simply can’t be universalized. (See, for instance, this excerpt from their book Ecofeminism (PDF). In the real world, at least, the Earth is a closed system. There’s only so much stuff we can use. Western ideas of “comfort” or affluence depend on Westerners using up vastly disproportionate amounts of that stuff, which depends on global capitalism, which depends on strategically impoverishing other countries and using them as a source of exploited labor. We can create a world where no one is poor, but never a world where everyone is rich; the Earth simply can’t produce enough to support that level of consumption.

But you know what solves the problem of the Earth as closed system? Spaceships, that’s what. In Star Trek, there is infinite Stuff, and whatever you don’t have, you just find on a new planet, or get from the replicator. Poverty and exploitation are things of the past, because their fundamental cause—competition for limited resources—simply doesn’t exist.

Star Trek’s perfect social reality is nothing next to its vision of perfect people. It’s not so much that Star Trek is dorky—although every character on those shows is deeply dorky—as that it lacks the necessary conditions for coolness to arise. There’s no counterculture; the culture is already perfect, so who’d want to counter it? There’s no youthful rebellion—even Wesley Crusher, the much-abhorred teenage pipsqueak of Star Trek: The Next Generation, hangs out mostly with his mom—because there’s nothing to rebel against.

If the Federation can seem humorless, it’s only because the keenest humor, as Freud reminds us, arises from hostility; in Star Trek, interpersonal hostility has been replaced with an all-encompassing sweetness, a sense that, although the characters on the Enterprise may chafe each other occasionally, they’re ultimately friends, making common cause in the best of all possible worlds.

Which brings us to Spock, and to Nimoy. Though Spock is half Vulcan—and, as such, treated to some of the show’s few explicit acknowledgements that racism might not just disappear, via McCoy’s frequent references to him as a “green-blooded goblin”—he was also Star Trek’s clearest statement of what a perfected human might be. His character is cleansed of hatred, fear, greed, and self-destructive impulses, just as the show’s universe is cleansed of oppression. He is a strict rationalist; the show, likewise, puts its faith in science to resolve all practical and emotional problems. If someone is getting on Spock’s nerves, he merely remarks that their actions are “highly illogical.” If something threatens his life, he’s more likely to call it “fascinating” than panic or run away.

Try to visualize Spock yelling at someone in rush-hour traffic. Visualize Spock in the midst of an acrimonious divorce, or picking a pointless fight with a friend after a rough day at work. You can’t. Those are the parts of human nature that are ugly and hard to manage, the parts that we don’t like, and that others don’t like about us. Spock has none of them.

Ridding ourselves of hostility and irrationality is just as impossible as everything else in Star Trek. Nimoy’s great gift as an actor was to make it seem plausible: With his seriousness, with his stillness, with the reserves of humor we could always sense glinting just under the surface (that eyebrow!), he made Spock a real person, and so gave our ideal selves form. That gift made him the most beloved character in one of our most beloved stories. And Star Trek granted him his own measure of immortality. Leonard Nimoy couldn’t stay with us forever. But Spock can.

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Welcome to the Matrix: Enslaved by Technology and the Internet of Things

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By John W. Whitehead

Source: The Rutherford Institute

“There will come a time when it isn’t ‘They’re spying on me through my phone’ anymore. Eventually, it will be ‘My phone is spying on me.’” ― Philip K. Dick

If ever Americans sell their birthright, it will be for the promise of expediency and comfort delivered by way of blazingly fast Internet, cell phone signals that never drop a call, thermostats that keep us at the perfect temperature without our having to raise a finger, and entertainment that can be simultaneously streamed to our TVs, tablets and cell phones.

Likewise, if ever we find ourselves in bondage, we will have only ourselves to blame for having forged the chains through our own lassitude, laziness and abject reliance on internet-connected gadgets and gizmos that render us wholly irrelevant.

Indeed, while most of us are consumed with our selfies and trying to keep up with what our so-called friends are posting on Facebook, the megacorporation Google has been busily partnering with the National Security Agency (NSA), the Pentagon, and other governmental agencies to develop a new “human” species, so to speak.

In other words, Google—a neural network that approximates a global brain—is fusing with the human mind in a phenomenon that is called “singularity,” and they’ve hired transhumanist scientist Ray Kurzweil to do just that. Google will know the answer to your question before you have asked it, Kurzweil said. “It will have read every email you will ever have written, every document, every idle thought you’ve ever tapped into a search-engine box. It will know you better than your intimate partner does. Better, perhaps, than even yourself.”

But here’s the catch: the NSA and all other government agencies will also know you better than yourself. As William Binney, one of the highest-level whistleblowers to ever emerge from the NSA said, “The ultimate goal of the NSA is total population control.”

Science fiction, thus, has become fact.

We’re fast approaching Philip K. Dick’s vision of the future as depicted in the film Minority Report. There, police agencies apprehend criminals before they can commit a crime, driverless cars populate the highways, and a person’s biometrics are constantly scanned and used to track their movements, target them for advertising, and keep them under perpetual surveillance.

Cue the dawning of the Age of the Internet of Things, in which internet-connected “things” will monitor your home, your health and your habits in order to keep your pantry stocked, your utilities regulated and your life under control and relatively worry-free.

The key word here, however, is control.

In the not-too-distant future, “just about every device you have — and even products like chairs, that you don’t normally expect to see technology in — will be connected and talking to each other.”

By 2018, it is estimated there will be 112 million wearable devices such as smartwatches, keeping users connected it real time to their phones, emails, text messages and the Internet. By 2020, there will be 152 million cars connected to the Internet and 100 million Internet-connected bulbs and lamps. By 2022, there will be 1.1 billion smart meters installed in homes, reporting real-time usage to utility companies and other interested parties.

This “connected” industry—estimated to add more than $14 trillion to the economy by 2020—is about to be the next big thing in terms of societal transformations, right up there with the Industrial Revolution, a watershed moment in technology and culture.

Between driverless cars that completely lacking a steering wheel, accelerator, or brake pedal, and smart pills embedded with computer chips, sensors, cameras and robots, we are poised to outpace the imaginations of science fiction writers such as Philip K. Dick and Isaac Asimov. By the way, there is no such thing as a driverless car. Someone or something will be driving, but it won’t be you.

The 2015 Consumer Electronics Show in Las Vegas is a glittering showcase for such Internet-connected techno gadgets as smart light bulbs that discourage burglars by making your house look occupied, smart thermostats that regulate the temperature of your home based on your activities, and smart doorbells that let you see who is at your front door without leaving the comfort of your couch.

Nest, Google’s $3 billion acquisition, has been at the forefront of the “connected” industry, with such technologically savvy conveniences as a smart lock that tells your thermostat who is home, what temperatures they like, and when your home is unoccupied; a home phone service system that interacts with your connected devices to “learn when you come and go” and alert you if your kids don’t come home; and a sleep system that will monitor when you fall asleep, when you wake up, and keep the house noises and temperature in a sleep-conducive state.

The aim of these internet-connected devices, as Nest proclaims, is to make “your house a more thoughtful and conscious home.” For example, your car can signal ahead that you’re on your way home, while Hue lights can flash on and off to get your attention if Nest Protect senses something’s wrong. Your coffeemaker, relying on data from fitness and sleep sensors, will brew a stronger pot of coffee for you if you’ve had a restless night.

It’s not just our homes that are being reordered and reimagined in this connected age: it’s our workplaces, our health systems, our government and our very bodies that are being plugged into a matrix over which we have no real control.

Moreover, given the speed and trajectory at which these technologies are developing, it won’t be long before these devices are operating entirely independent of their human creators, which poses a whole new set of worries. As technology expert Nicholas Carr notes, “As soon as you allow robots, or software programs, to act freely in the world, they’re going to run up against ethically fraught situations and face hard choices that can’t be resolved through statistical models. That will be true of self-driving cars, self-flying drones, and battlefield robots, just as it’s already true, on a lesser scale, with automated vacuum cleaners and lawnmowers.”

For instance, just as the robotic vacuum, Roomba, “makes no distinction between a dust bunny and an insect,” weaponized drones—poised to take to the skies en masse this year—will be incapable of distinguishing between a fleeing criminal and someone merely jogging down a street. For that matter, how do you defend yourself against a robotic cop—such as the Atlas android being developed by the Pentagon—that has been programmed to respond to any perceived threat with violence?

Unfortunately, in our race to the future, we have failed to consider what such dependence on technology might mean for our humanity, not to mention our freedoms.

Ingestible or implantable chips are a good example of how unprepared we are, morally and otherwise, to navigate this uncharted terrain. Hailed as revolutionary for their ability to access, analyze and manipulate your body from the inside, these smart pills can remind you to take your medication, search for cancer, and even send an alert to your doctor warning of an impending heart attack.

Sure, the technology could save lives, but is that all we need to know? Have we done our due diligence in asking all the questions that need to be asked before unleashing such awesome technology on an unsuspecting populace?

For example, asks Washington Post reporter Ariana Eunjung Cha:

What kind of warnings should users receive about the risks of implanting chip technology inside a body, for instance? How will patients be assured that the technology won’t be used to compel them to take medications they don’t really want to take? Could law enforcement obtain data that would reveal which individuals abuse drugs or sell them on the black market? Could what started as a voluntary experiment be turned into a compulsory government identification program that could erode civil liberties?

Let me put it another way. If you were shocked by Edward Snowden’s revelations about how NSA agents have used surveillance to spy on Americans’ phone calls, emails and text messages, can you imagine what unscrupulous government agents could do with access to your internet-connected car, home and medications? Imagine what a SWAT team could do with the ability to access, monitor and control your internet-connected home—locking you in, turning off the lights, activating alarms, etc.

Thus far, the public response to concerns about government surveillance has amounted to a collective shrug. After all, who cares if the government can track your whereabouts on your GPS-enabled device so long as it helps you find the fastest route from Point A to Point B? Who cares if the NSA is listening in on your phone calls and downloading your emails so long as you can get your phone calls and emails on the go and get lightning fast Internet on the fly? Who cares if the government can monitor your activities in your home by tapping into your internet-connected devices—thermostat, water, lights—so long as you can control those things with the flick of a finger, whether you’re across the house or across the country?

As for those still reeling from a year of police shootings of unarmed citizens, SWAT team raids, and community uprisings, the menace of government surveillance can’t begin to compare to bullet-riddled bodies, devastated survivors and traumatized children. However, both approaches are just as lethal to our freedoms if left unchecked.

Control is the key here. As I make clear in my book A Government of Wolves: The Emerging American Police State, total control over every aspect of our lives, right down to our inner thoughts, is the objective of any totalitarian regime.

George Orwell understood this. His masterpiece, 1984, portrays a global society of total control in which people are not allowed to have thoughts that in any way disagree with the corporate state. There is no personal freedom, and advanced technology has become the driving force behind a surveillance-driven society. Snitches and cameras are everywhere. And people are subject to the Thought Police, who deal with anyone guilty of thought crimes. The government, or “Party,” is headed by Big Brother, who appears on posters everywhere with the words: “Big Brother is watching you.”

Make no mistake: the Internet of Things is just Big Brother in a more appealing disguise.

Even so, I’m not suggesting we all become Luddites. However, we need to be aware of how quickly a helpful device that makes our lives easier can become a harmful weapon that enslaves us.

This was the underlying lesson of The Matrix, the Wachowski brothers’ futuristic thriller about human beings enslaved by autonomous technological beings that call the shots. As Morpheus, one of the characters in The Matrix, explains:

The Matrix is everywhere. It is all around us. Even now, in this very room. You can see it when you look out your window or when you turn on your television. You can feel it when you go to work… when you go to church… when you pay your taxes. It is the world that has been pulled over your eyes to blind you from the truth.

“What truth?” asks Neo.

Morpheus leans in closer to Neo: “That you are a slave, Neo. Like everyone else you were born into bondage. Born into a prison that you cannot smell or taste or touch. A prison for your mind.”

 

The Surprising Reason That Empathising With Strangers Can Be Hard

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Source: Psyblog

Stress from the presence of strangers reduces people’s ability to empathise, a new study finds.

However, just 15 minutes of playing a video game together is enough to overcome this barrier and allow strangers to empathise with each other.

Professor Jeffrey Mogil, who led the study, said:

“President Barack Obama has described an ‘empathy deficit’ that fuels misunderstanding, divisions, and conflict.

This research identifies a reason for the empathy gap and answers the vital question of how do we create empathy between strangers.

In this case, creating empathy was as simple as spending 15 minutes together playing the video game Rock Band®.”

The study, published in the journal Current Biology, had people submerging their arm in ice-cold water either alone or with a stranger (Martin et al., 2015).

The presence or absence of a stranger also plunging their arm in to the water made no difference to how they rated the pain.

But, when they put their arms in the ice-cold water alongside a friend, their rating of the pain became much worse.

Professor Mogil explained:

“It would seem like more pain in the presence of a friend would be bad news, but it’s in fact a sign that there is strong empathy between individuals — they are indeed feeling each other’s pain.”

To demonstrate the link between stress and empathy, in another experiment people were given a drug called metyrapone, which blocks the hormonal stress reaction.

With this drug blocking their ‘fight-or-flight’ response, people putting their arm into the ice-cold water felt empathy for the stranger as well as their friend.

These results were replicated in mice: they also feel more pain when they are with a ‘cage mate’ than if it is just another mouse they don’t know.

But, with a drug blocking their stress response, like humans, mice empathise with friend and stranger alike.

Breaking the ice

In a third study, the researchers had people play the video game Rock Band® with a stranger for 15 minutes.

This was enough to reduce the stress response and allow people to experience empathy with a stranger when they plunged their arms into the cold water together.

Professor Mogil said:

“It turns out that even a shared experience that is as superficial as playing a video game together can move people from the ‘stranger zone’ to the ‘friend zone’ and generate meaningful levels of empathy.

This research demonstrates that basic strategies to reduce social stress could start to move us from an empathy deficit to a surplus.

These findings raise many fascinating questions because we know failures in empathy are central to various psychological disorders and even social conflicts at both the personal and societal level.

It’s also pretty surprising that empathy appears to work exactly the same way in mice and people.”

(Editor’s note: One should keep in mind that certain people such as psychopaths don’t have the same ability to feel empathy. This is not to demonize psychopaths, but by empathizing with them and attempting to understand their perspective we can better predict and influence their behavior, which can be important when dealing with psychopaths in positions of power.)