Wednesday, September 4, 2019

Why Be Anticapitalist?




We need a way of assessing not just what is wrong with capitalism, but what is desirable about alternatives.
03 September 2019




Why Be Anticapitalist?
We need a way of assessing not just what is wrong with capitalism, but what is desirable about alternatives.
In How to Be an Anticapitalist in the Twenty-First Century, Erik Olin Wright has distilled decades of work into a concise and tightly argued manifesto analyzing the varieties of anti-capitalism, assessing different strategic approaches, and laying the foundations for a society dedicated to human flourishing. This is an urgent and powerful argument for socialism, and a unparalleled guide to help us get there. 

For many people, the idea of anticapitalism seems ridiculous. After all, look at the fantastic technological innovations in the goods and services produced by capitalist firms in recent years: smartphones and streaming movies; driverless cars and social media; cures for countless diseases; JumboTron screens at football games and video games connecting thousands of players around the world; every conceivable consumer product available on the Internet for rapid home delivery; astounding increases in the productivity of labor through novel automation technologies; and on and on. And while it is true that income is unequally distributed in capitalist economies, it is also true that the array of consumption goods available and affordable for the average person, and even for the poor, has increased dramatically almost everywhere. Just compare the United States in the half century between 1968 and 2018: the percentage of Americans with air conditioners, cars, washing machines, dishwashers, televisions and indoor plumbing has increased dramatically in those fifty years. Life expectancy is longer for most categories of people; infant mortality lower. The list is unending. And now, in the twenty-first century, this improvement in basic standards of living is happening even in some of the poorer regions of the world as well: look at the improvement in material standards of living of people in China since China embraced the free market. What’s more, look what happened when Russia and China tried an alternative to capitalism! Even aside from the political oppression and brutality of those regimes, they were economic failures. So, if you care about improving the lives of people, how can you be anticapitalist?
That is one story, the standard story. Here is another story: the hallmark of capitalism is poverty in the midst of plenty. This is not the only thing wrong with capitalism, but it is the feature of capitalist economies that is its gravest failing. In particular, the poverty of children who clearly bear no responsibility for their plight is morally reprehensible in rich societies where such poverty could be easily eliminated. Yes, there is economic growth, technological innovation, increasing productivity and a downward diffusion of consumer goods, but along with capitalist economic growth comes destitution for many whose livelihoods have been destroyed by the advance of capitalism, precariousness for those at the bottom of the capitalist labor market, and alienating and tedious work for the majority. Capitalism has generated massive increases in productivity and extravagant wealth for some, yet many people still struggle to make ends meet.
Capitalism is an inequality-enhancing machine as well as a growth machine. What’s more, it is becoming ever clearer that capitalism, driven by the relentless search for profits, is destroying the environment. And in any case, the pivotal issue is not whether material conditions on average have improved in the long run within capitalist economies, but rather whether, looking forward from this point in history, things would be better for most people in an alternative kind of economy. It is true that the centralized, authoritarian state-run economies of twentieth-century Russia and China were in many ways economic failures, but these are not the only possibilities. Both of these stories are anchored in the realities of capitalism. It is not an illusion that capitalism has transformed the material conditions of life in the world and enormously increased human productivity; many people have benefited from this. But equally, it is not an illusion that capitalism generates great harms and perpetuates eliminable forms of human suffering. Where the real disagreement lies—a disagreement that is fundamental—is over whether it is possible to have the productivity, innovation and dynamism that we see in capitalism without the harms. Margaret Thatcher famously announced in the early 1980s, “There is no alternative”; two decades later, the World Social Forum declared, “Another world is possible.”
That is the fundamental debate.
The central argument of this book is this: first, another world is indeed possible. Second, it could improve the conditions for human flourishing for most people. Third, elements of this new world are already being created in the world as it is. And finally, there are ways to move from here to there. Anticapitalism is possible not simply as a moral stance toward the harms and injustices in the world in which we live, but as a practical stance toward building an alternative for greater human flourishing.
 
What is capitalism?
 
Like many concepts used in everyday life and in scholarly work, there are many different ways of defining “capitalism.” For many people, capitalism is the equivalent of a market economy—an economy in which people produce things to be sold to other people through voluntary agreements. Others add the word “free” before “market,” emphasizing that capitalism is an economy in which market transactions are minimally regulated by the state. And still others emphasize that capitalism is not just characterized by markets, but also by the private ownership of capital. Sociologists, especially those influenced by the Marxist tradition, typically also add to this the idea that capitalism is characterized by a particular kind of class structure, one in which the people who actually do the work in an economy—the working class—do not themselves own the means of production. This implies at least two basic classes in the economy—capitalists, who own the means of production, and workers, who provide labor as employees.
Throughout this book, I will use the term capitalism to designate both the idea of capitalism as a market economy and the idea that it is organized through a particular kind of class structure. One way of thinking about this combination is that the market dimension identifies the basic mechanism of coordination of economic activities in an economic system—coordination through decentralized voluntary exchanges, supply and demand, and prices—and the class structure identifies the central power relations within the economic system—between private owners of capital and workers. This way of elaborating the concept means that it is possible to have markets without capitalism.
For example, it is possible to have markets in which the means of production are owned by the state: firms are owned by the state and the state allocates resources to these firms, either as direct investment or as loans from state banks. This can be called a statist market economy (although some people have called this “state capitalism”). Or the firms in a market economy could be various kinds of cooperatives owned and governed by their employees and customers. A market economy organized through such organizations can be called a cooperative market economy.
In contrast to these two kinds of market economies, the distinctive feature of a capitalist market economy is the ways in which private owners of capital wield power both within firms and within the economic system as a whole.
 
Grounds for opposing capitalism
 
Capitalism breeds anticapitalists. In some times and places, the resistance to capitalism becomes crystallized in coherent ideologies with systematic diagnoses of the source of harms and clear prescriptions about what to do to eliminate them. In other circumstances, anticapitalism is submerged within motivations that on the surface have little to do with capitalism, such as religious beliefs that led people to reject modernity and seek refuge in isolated communities. Sometimes it takes the form of workers on the shop floor individually resisting the demands of bosses. Other times anticapitalism is embodied in labor organizations engaged in collective struggles over the conditions of work. Always, wherever capitalism exists, there is discontent and resistance in one form or other.
Two general kinds of motivations are in play in these diverse forms of struggle within and over capitalism: class interests and moral values. You can oppose capitalism because it harms your own material interests, but also because it offends certain moral values that are important to you.
There is a poster from the late 1970s that shows a working-class woman leaning on a fence. The caption reads: “class consciousness is knowing what side of the fence you’re on; class analysis is figuring out who is there with you.” The metaphor of the fence sees conflict over capitalism as anchored in conflicts of class interests. Being on opposite sides of the fence defines friends and enemies in terms of opposing interests. Some people may be sitting on the fence, but ultimately they may have to make a choice: “you’re either with us or against us.”
In some historical situations, the interests that define the fence are pretty easy to figure out. It is obvious to nearly everyone that in the United States before the Civil War, slaves were harmed by slavery and they therefore had a class interest in its abolition, while slave owners had an interest in its perpetuation. There may have been slave owners who felt some ambivalence about owning slaves—this is certainly the case for Thomas Jefferson, for example—but this ambivalence was not because of their class interests; it was because of a tension between those interests and certain moral values they held.
In contemporary capitalism, things are more complicated and it is not so obvious precisely how class interests over capitalism should be understood. Of course, there are some categories of people for whom their material interests with respect to capitalism are clear: large wealth holders and CEOs of multinational corporations clearly have interests in defending capitalism; sweatshop workers, low-skilled manual laborers, precarious workers, and the long-term unemployed have interests in opposing capitalism.
But for many other people in capitalist economies, things are not so straightforward. Highly educated professionals, managers and many self-employed people, for example, occupy what I have called contradictory locations within class relations and have quite complex and often inconsistent interests with respect to capitalism. If the world consisted of only two classes on opposite sides of the fence, then it might be sufficient to anchor anticapitalism exclusively in terms of class interests. This was basically how classical Marxism saw the problem: even if there were complexities in class structures, the long-term dynamics of capitalism would have a tendency to create a sharp alignment of interests for and against capitalism. In such a world, class consciousness consisted mainly of understanding how the world worked and thus how it served the material interests of some classes at the expense of others. Once workers understood this, the argument went, they would oppose capitalism. This is one of the reasons many Marxists have argued that it is unnecessary to develop a systematic critique of capitalism in terms of social justice and moral deficits. It is enough to show that capitalism harms the interests of the masses; it is not necessary to also show that it is unjust.
Workers don’t need to be convinced that capitalism is unjust or that it violates moral principles; all that is needed is a powerful diagnosis that capitalism is the source of serious harms to them—that it is against their material interests—and that something can be done about it. Such a purely class interest–based argument against capitalism will not do for the twenty-first century, and probably was never really entirely adequate. There are three issues in play here. First, because of the complexity of class interests, there will always be many people whose interests do not clearly fall on one side of the fence or the other. Their willingness to support anticapitalist initiatives will depend in part on what other kinds of values are at stake. Since their support is important for any plausible strategy for overcoming capitalism, it is crucial to build the coalition in part around values, not just class interests.
Second, the reality is that most people are motivated at least partially by moral concerns, not just practical economic interests. Even for people whose class interests are clear, motivations anchored in moral concerns can matter a great deal. People often act against their class interests not because they do not understand those interests, but because other values matter more to them. One of the most famous cases in history is that of Frederick Engels, Marx’s close associate, who was the son of a wealthy capitalist manufacturer and yet wholeheartedly supported political movements against capitalism. Northern abolitionists in the nineteenth century opposed slavery not because of their class interests, but because of a belief that slavery was wrong. Even in the case of people for whom anticapitalism is in their class interests, motivations anchored in values are important for sustaining the commitment to struggles for social change.
Finally, clarity on values is essential for thinking about the desirability of alternatives to capitalism. We need a way of assessing not just what is wrong with capitalism, but what is desirable about alternatives. And, if it should come to pass that we can actually build the alternative, we need solid criteria for evaluating the extent to which the alternative is realizing these values. Thus, while of course it is vital to identify the specific ways in which capitalism harms the material interests of certain categories of people, it is also necessary to clarify the values that we would like an economy to foster.

 


“Deserves to be widely read. In 150-odd pages, Wright makes the case for what’s wrong with capitalism, what would be better, and how to achieve it. This is the rare book that can speak to both the faithful and the unconverted. You could buy it for your skeptical uncle or your militant cousin: there is something here for the reader who needs persuading that another world is possible, and the reader who wants ideas for bringing that world into being.”
– Ben Tarnoff, Guardian



New artifacts suggest people arrived in North America earlier than previously thought








August 30, 2019

Oregon State University

Stone tools and other artifacts unearthed from an archeological dig at the Cooper's Ferry site in western Idaho suggest that people lived in the area 16,000 years ago, more than a thousand years earlier than scientists previously thought.





Stone tools and other artifacts unearthed from an archeological dig at the Cooper's Ferry site in western Idaho suggest that people lived in the area 16,000 years ago, more than a thousand years earlier than scientists previously thought.


The artifacts would be considered among the earliest evidence of people in North America.
The findings, published today in Science, add weight to the hypothesis that initial human migration to the Americas followed a Pacific coastal route rather than through the opening of an inland ice-free corridor, said Loren Davis, a professor of anthropology at Oregon State University and the study's lead author.
"The Cooper's Ferry site is located along the Salmon River, which is a tributary of the larger Columbia River basin. Early peoples moving south along the Pacific coast would have encountered the Columbia River as the first place below the glaciers where they could easily walk and paddle in to North America," Davis said. "Essentially, the Columbia River corridor was the first off-ramp of a Pacific coast migration route.
"The timing and position of the Cooper's Ferry site is consistent with and most easily explained as the result of an early Pacific coastal migration."
Cooper's Ferry, located at the confluence of Rock Creek and the lower Salmon River, is known by the Nez Perce Tribe as an ancient village site named Nipéhe. Today the site is managed by the U.S. Bureau of Land Management.
Davis first began studying Cooper's Ferry as an archaeologist for the BLM in the 1990s. After joining the Oregon State faculty, he partnered with the BLM to establish a summer archaeological field school there, bringing undergraduate and graduate students from Oregon State and elsewhere for eight weeks each summer from 2009 to 2018 to help with the research.
The site includes two dig areas; the published findings are about artifacts found in area A. In the lower part of that area, researchers uncovered several hundred artifacts, including stone tools; charcoal; fire-cracked rock; and bone fragments likely from medium- to large-bodied animals, Davis said. They also found evidence of a fire hearth, a food processing station and other pits created as part of domestic activities at the site.
Over the last two summers, the team of students and researchers reached the lower layers of the site, which, as expected, contained some of the oldest artifacts uncovered, Davis said. He worked with a team of researchers at Oxford University, who were able to successfully radiocarbon date a number of the animal bone fragments.
The results showed many artifacts from the lowest layers are associated with dates in the range of 15,000 to 16,000 years old.
"Prior to getting these radiocarbon ages, the oldest things we'd found dated mostly in the 13,000-year range, and the earliest evidence of people in the Americas had been dated to just before 14,000 years old in a handful of other sites," Davis said. "When I first saw that the lower archaeological layer contained radiocarbon ages older than 14,000 years, I was stunned but skeptical and needed to see those numbers repeated over and over just to be sure they're right. So we ran more radiocarbon dates, and the lower layer consistently dated between 14,000-16,000 years old."
The dates from the oldest artifacts challenge the long-held "Clovis First" theory of early migration to the Americas, which suggested that people crossed from Siberia into North America and traveled down through an opening in the ice sheet near the present-day Dakotas. The ice-free corridor is hypothesized to have opened as early as 14,800 years ago, well after the date of the oldest artifacts found at Cooper's Ferry, Davis said.
"Now we have good evidence that people were in Idaho before that corridor opened," he said. "This evidence leads us to conclude that early peoples moved south of continental ice sheets along the Pacific coast."
Davis's team also found tooth fragments from an extinct form of horse known to have lived in North America at the end of the last glacial period. These tooth fragments, along with the radiocarbon dating, show that Cooper's Ferry is the oldest radiocarbon-dated site in North America that includes artifacts associated with the bones of extinct animals, Davis said.
The oldest artifacts uncovered at Cooper's Ferry also are very similar in form to older artifacts found in northeastern Asia, and particularly, Japan, Davis said. He is now collaborating with Japanese researchers to do further comparisons of artifacts from Japan, Russia and Cooper's Ferry. He is also awaiting carbon-dating information from artifacts from a second dig location at the Cooper's Ferry site.
"We have 10 years' worth of excavated artifacts and samples to analyze," Davis said. "We anticipate we'll make other exciting discoveries as we continue to study the artifacts and samples from our excavations."
Co-authors of the paper include David Sisson, an archaeologist with the BLM; David Madsen of the University of Texas at Austin; Lorena Becerra Valdivia and Thomas Higham of the Oxford University radiocarbon accelerator unit; and other researchers in the U.S., Japan and Canada. The research was funded in part by the Keystone Archaeological Research Fund and the Bernice Peltier Huber Charitable Trust.


Story Source:
Materials provided by Oregon State University. Original written by Michelle Klampe. Note: Content may be edited for style and length.

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Journal Reference:
Loren G. Davis, et al. Late Upper Paleolithic occupation at Cooper’s Ferry, Idaho, USA, ~16,000 years ago. Science, Aug 30th, 2019 DOI: 10.1126/science.aax9830

Cite This Page:
Oregon State University. "New artifacts suggest people arrived in North America earlier than previously thought." ScienceDaily. ScienceDaily, 30 August 2019. .


Suggested move to plant-based diets risks worsening brain health nutrient deficiency









And UK failing to recommend or monitor dietary levels of choline, warns nutritionist

August 29, 2019

BMJ

The momentum behind a move to plant-based and vegan diets for the good of the planet is commendable, but risks worsening an already low intake of an essential nutrient involved in brain health, warns a nutritionist.






The momentum behind a move to plant-based and vegan diets for the good of the planet is commendable, but risks worsening an already low intake of an essential nutrient involved in brain health, warns a nutritionist in the online journal BMJ Nutrition, Prevention & Health.


To make matters worse, the UK government has failed to recommend or monitor dietary levels of this nutrient -- choline -- found predominantly in animal foods, says Dr Emma Derbyshire, of Nutritional Insight, a consultancy specialising in nutrition and biomedical science.
Choline is an essential dietary nutrient, but the amount produced by the liver is not enough to meet the requirements of the human body.
Choline is critical to brain health, particularly during fetal development. It also influences liver function, with shortfalls linked to irregularities in blood fat metabolism as well as excess free radical cellular damage, writes Dr Derbyshire.
The primary sources of dietary choline are found in beef, eggs, dairy products, fish, and chicken, with much lower levels found in nuts, beans, and cruciferous vegetables, such as broccoli.
In 1998, recognising the importance of choline, the US Institute of Medicine recommended minimum daily intakes. These range from 425 mg/day for women to 550 mg/day for men, and 450 mg/day and 550 mg/day for pregnant and breastfeeding women, respectively, because of the critical role the nutrient has in fetal development.
In 2016, the European Food Safety Authority published similar daily requirements. Yet national dietary surveys in North America, Australia, and Europe show that habitual choline intake, on average, falls short of these recommendations.
"This is....concerning given that current trends appear to be towards meat reduction and plant-based diets," says Dr Derbyshire.
She commends the first report (EAT-Lancet) to compile a healthy food plan based on promoting environmental sustainability, but suggests that the restricted intakes of whole milk, eggs and animal protein it recommends could affect choline intake.
And she is at a loss to understand why choline does not feature in UK dietary guidance or national population monitoring data.
"Given the important physiological roles of choline and authorisation of certain health claims, it is questionable why choline has been overlooked for so long in the UK," she writes. "Choline is presently excluded from UK food composition databases, major dietary surveys, and dietary guidelines," she adds.
It may be time for the UK government's independent Scientific Advisory Committee on Nutrition to reverse this, she suggests, particularly given the mounting evidence on the importance of choline to human health and growing concerns about the sustainability of the planet's food production.
"More needs to be done to educate healthcare professionals and consumers about the importance of a choline-rich diet, and how to achieve this," she writes.
"If choline is not obtained in the levels needed from dietary sources per se then supplementation strategies will be required, especially in relation to key stages of the life cycle, such as pregnancy, when choline intakes are critical to infant development," she concludes.


Story Source:
Materials provided by BMJ. Note: Content may be edited for style and length.

Journal Reference:
Emma Derbyshire. Could we be overlooking a potential choline crisis in the United Kingdom? BMJ Nutrition, Prevention & Health, 2019; bmjnph-2019-000037 DOI: 10.1136/bmjnph-2019-000037





Reactor turns greenhouse gas into pure liquid fuel










Lab's 'green' invention reduces carbon dioxide into valuable fuels


September 3, 2019

Rice University

An electrocatalysis reactor built at Rice University recycles carbon dioxide to produce pure liquid fuel solutions using electricity. The scientists behind the invention hope it will become an efficient and profitable way to reuse the greenhouse gas and keep it out of the atmosphere.



A common greenhouse gas could be repurposed in an efficient and environmentally friendly way with an electrolyzer that uses renewable electricity to produce pure liquid fuels.


The catalytic reactor developed by the Rice University lab of chemical and biomolecular engineer Haotian Wang uses carbon dioxide as its feedstock and, in its latest prototype, produces highly purified and high concentrations of formic acid.
Formic acid produced by traditional carbon dioxide devices needs costly and energy-intensive purification steps, Wang said. The direct production of pure formic acid solutions will help to promote commercial carbon dioxide conversion technologies.
The method is detailed in Nature Energy.
Wang, who joined Rice's Brown School of Engineering in January, and his group pursue technologies that turn greenhouse gases into useful products. In tests, the new electrocatalyst reached an energy conversion efficiency of about 42%. That means nearly half of the electrical energy can be stored in formic acid as liquid fuel.
"Formic acid is an energy carrier," Wang said. "It's a fuel-cell fuel that can generate electricity and emit carbon dioxide -- which you can grab and recycle again.
"It's also fundamental in the chemical engineering industry as a feedstock for other chemicals, and a storage material for hydrogen that can hold nearly 1,000 times the energy of the same volume of hydrogen gas, which is difficult to compress," he said. "That's currently a big challenge for hydrogen fuel-cell cars."
Two advances made the new device possible, said lead author and Rice postdoctoral researcher Chuan Xia. The first was his development of a robust, two-dimensional bismuth catalyst and the second a solid-state electrolyte that eliminates the need for salt as part of the reaction.
"Bismuth is a very heavy atom, compared to transition metals like copper, iron or cobalt," Wang said. "Its mobility is much lower, particularly under reaction conditions. So that stabilizes the catalyst." He noted the reactor is structured to keep water from contacting the catalyst, which also helps preserve it.
Xia can make the nanomaterials in bulk. "Currently, people produce catalysts on the milligram or gram scales," he said. "We developed a way to produce them at the kilogram scale. That will make our process easier to scale up for industry."
The polymer-based solid electrolyte is coated with sulfonic acid ligands to conduct positive charge or amino functional groups to conduct negative ions. "Usually people reduce carbon dioxide in a traditional liquid electrolyte like salty water," Wang said. "You want the electricity to be conducted, but pure water electrolyte is too resistant. You need to add salts like sodium chloride or potassium bicarbonate so that ions can move freely in water.
"But when you generate formic acid that way, it mixes with the salts," he said. "For a majority of applications you have to remove the salts from the end product, which takes a lot of energy and cost. So we employed solid electrolytes that conduct protons and can be made of insoluble polymers or inorganic compounds, eliminating the need for salts."
The rate at which water flows through the product chamber determines the concentration of the solution. Slow throughput with the current setup produces a solution that is nearly 30% formic acid by weight, while faster flows allow the concentration to be customized. The researchers expect to achieve higher concentrations from next-generation reactors that accept gas flow to bring out pure formic acid vapors.
The Rice lab worked with Brookhaven National Laboratory to view the process in progress. "X-ray absorption spectroscopy, a powerful technique available at the Inner Shell Spectroscopy (ISS) beamline at Brookhaven Lab's National Synchrotron Light Source II, enables us to probe the electronic structure of electrocatalysts in operando -- that is, during the actual chemical process," said co-author Eli Stavitski, lead beamline scientist at ISS. "In this work, we followed bismuth's oxidation states at different potentials and were able to identify the catalyst's active state during carbon dioxide reduction."
With its current reactor, the lab generated formic acid continuously for 100 hours with negligible degradation of the reactor's components, including the nanoscale catalysts. Wang suggested the reactor could be easily retooled to produce such higher-value products as acetic acid, ethanol or propanol fuels.
"The big picture is that carbon dioxide reduction is very important for its effect on global warming as well as for green chemical synthesis," Wang said. "If the electricity comes from renewable sources like the sun or wind, we can create a loop that turns carbon dioxide into something important without emitting more of it."
Co-authors are Rice graduate student Peng Zhu; graduate student Qiu Jiang and Husam Alshareef, a professor of material science and engineering, at King Abdullah University of Science and Technology, Saudi Arabia (KAUST); postdoctoral researcher Ying Pan of Harvard University; and staff scientist Wentao Liang of Northeastern University. Wang is the William Marsh Rice Trustee Assistant Professor of Chemical and Biomolecular Engineering. Xia is a J. Evans Attwell-Welch Postdoctoral Fellow at Rice.
Rice and the U.S. Department of Energy Office of Science User Facilities supported the research.


Story Source:
Materials provided by Rice University. Note: Content may be edited for style and length.

Journal Reference:
Chuan Xia, Peng Zhu, Qiu Jiang, Ying Pan, Wentao Liang, Eli Stavitsk, Husam N. Alshareef, Haotian Wang. Continuous production of pure liquid fuel solutions via electrocatalytic CO2 reduction using solid-electrolyte devices. Nature Energy, 2019; DOI: 10.1038/s41560-019-0451-x























Pelosi Talks about “The Hood” On Jimmy Kimmel





https://www.youtube.com/watch?v=2T6ZligO4fo























How are drones shaping the future of war?





https://www.youtube.com/watch?v=f5_WJ70GLRg





















Five killed in attacks on foreigners as South Africa cracks down





https://www.youtube.com/watch?v=NSmBgQPL8G8