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Mar 11

Will Parrish and Darwin Bond-Graham: Who Runs the University of California?

March 1, 2010

Mr. DiFi Cashes in on Crisis

Who Runs the University of California?

By WILL PARRISH and DARWIN BOND-GRAHAM

This past July, following the California State Legislature’s decision to strip $813 million from the University of California’s Fiscal Year 2009-10 budget, the UC’s 26-member Board of Regents voted to declare “a state of financial emergency.” Such a “state of emergency,” the university’s official by-laws state, should accompany an “imminent and substantial deficiency in available university financial resources.”

The Regents also voted to grant special “emergency powers” to UC President Mark G. Yudof. Yudof promptly marshaled his new and vaguely defined authority to lay off hundreds of workers, impose pay cuts and furloughs on remaining university staff, and propose a 32 percent increase in student fees which the Regents approved in November.

At the same meeting, Regents Chairman Russell Gould announced the formation of a new UC Commission on the Future. Its de facto function has been to further the privatization of the university. Notably, Gould is one of California’s most prominent financiers, a man who served as vice chairman of Wachovia Bank during its growth as one of the leading subprime mortgage lenders in the United States. He and Yudof serve as the commission’s co-chairmen. In Gould’s words, the commission’s task is “nothing short of re-imagining” the University of California.

The State of California’s political elites and business leaders routinely use the language of crisis now whenever discussing the UC. In the past few decades, state funding of the university has suffered steady erosion. The UC now receives more funding than ever from private corporations and the federal government (the latter being in most instances pretty much the same as the former). Its various revenue streams range from student fees to several billion dollars in medical hospital revenue to private grants and donations, to its own hedge fund-like investments portfolio, to atomic bomb dollars from the Department of Energy.

Thus, despite the state budget cuts, the UC’s overall revenue reached an all-time high of $19.42 billion in the 2009-10 academic year, and the Regents’ claim that the UC faces an “imminent and substantial” funding deficit is inaccurate, to say the least. According to both the university’s own financial documents and Moody’s bond rating agency, the university had access to over $8.3 billion in unrestricted investment funds it was holding in reserve at the time.

The university has undergone a neo-liberal-style “structural adjustment” at the behest of the UC Regents, and this transformation has been accelerated during Yudof’s tenure as president. Under the leadership of California’s economic elite, the UC has become the leading prototype for a “disaster capitalist university.”

Since the mid-1990s, administrative salaries have absorbed a dramatically increasing share of the university’s overall budget. According to a study by UC Berkeley Professor Emeritus of Physics Charles Schwartz, the number of UC administrative positions increased by an almost unbelievable 118 percent from 1996 to 2006, as compared with a 34 percent increase in faculty positions and 33 percent increase in students over the same period. As a result, there are currently 3,600 UC employees who make more than $200,000 a year, many of them through administrative positions.

An even more damning revelation was made public this past October when UC Santa Cruz Professor Bob Meister published his scathing analysis of the UC administration’s use of student tuition dollars as collateral for construction bond debts. In addition to his PhD in economics, Meister serves as Chairman of the Council of University Faculties – essentially, a faculty union with representatives on all 10 of the university’s campuses. He knows what he’s talking about. According to the Regents’ own data and policy documents, the primary use of student fee revenue since 2004 has been as collateral for bonds to fund campus construction projects. In this “modified credit swap,” students are forced to take out “subprime” student loans, often charging six percent interest, so the university can borrow money at a reduced rate to construct new facilities like – to take one example — the Blum Center for Developing Economies at UC Berkeley, which UC Regent Richard C. Blum’s own construction company, URS Corporation, was contracted by the university to build.

And those subprime student loans? They’re often owned by big banks like Wachovia and other financial outfits that many of the UC Regents and their business partners are shareholders or executives of. So the whole cycle begins and ends with massive public and student debts, both of which increase as the Regents partake in further undermining the tax base while looting the public sector, again ratcheting up the crisis rhetoric.

UC Los Angeles instructor Bob Samuels has observed that “Moody’s even slipped into its bond rating for the UC system the need for the [UC] to restrain labor costs, increase student fees, diversify revenue streams, feed the money-making sectors, and resist the further unionization of its employees,” Samuels concludes that, “like the International Monetary Fund (IMF) or World Bank, the bond raters tie access to credit to the dismantling of the public sector and the adoption of neo-liberal ideology.”

To understand fully why the University of California’s internal finances are being subjected to “economic shock therapy,” much like a Third World debtor nation under the thumb of the IMF, it’s necessary to know a bit about the history and function of the university’s power structure. Although it is nominally a public institution, the UC is not owned and governed by the State of California. Rather, it is the UC Regents who call all the shots. The Board of Regents is a corporate entity formed in 1879 for the explicit purpose of thwarting a populist social movement of small farmers who demanded that the the university become more responsive to their needs.

“During a tumultuous decade in California history,” historian John Aubrey Douglass has written, “many saw the new University of California as serving the interests of the upper classes, focusing on classical ‘gentlemanly training’ and replicating the Yankee private institutions of the East. The detractors of the university demanded that, as an instrument of social and economic development, the university primarily serve the training and research needs of agriculture and industry, the stated ‘leading objective’ of the institution under statutory law.”

During the California constitutional convention of that year, a clique of mostly San Francisco-based financiers and industrialists managed to defeat the democratic demands of farmers and small business owners. The crowning achievement of this elitist coup was the establishment of the UC Board of Regents, a corporate entity that owns and operates the university. To maintain their power against all opposition the Regents gave themselves twelve-year tenures that are explicitly meant to insulate them from any political pressures. The UC thus became what Douglass calls “a fourth branch of state government.”

Since then, the leading sectors of the California economy have self-appointed individuals who represent their economic interests on the Board. The Regents mold UC policies in broad ways that benefit capital’s leading monopoly sectors. The current going price for an appointment – probably the most prestigious one at the governor’s disposal, it should be noted – seems to be $50,000, bare minimum. Give the Gov. this sum, and you too could be a Regent.

Until relatively recently this meant that Regents would promote policies designed to build cutting edge economic sectors in and around the UC campuses, but they’d make sure to throw some of the university’s gravy to less sexy and profitable sectors of the economy. So for much of the Board’s history they’ve acted as Karl Marx’s idea of government: an executive board of the bourgeoisie, working if not for the interest of every industry, at least most of its monopoly sectors, and taking care not to destroy too many of the smaller fry. In recent years, the Board of Regents has become dominated by financiers, however. As with the economy at large, these wizards of hedge funds, credit markets, venture capital, real estate speculation, and all the other games played with billion dollar pots of money, have begun to run the university itself as a $19 billion dollar speculative bubble with ample opportunities for enormous growth through “volatility.” These new alpha Regents specialize in leveraged buyouts and privatization of publicly traded companies, and they have long practiced this same basic business philosophy on the university.

The most prominent among this cadre has been Richard Blum. As we detailed in our last CounterPunch article, Blum’s five-decade career as a finance capitalist has been distinguished by the levels of skill and panache he has applied to the time-honored task of siphoning off public money into one’s own corporate coffers, as well as those of one’s financial and political allies. Blum, who is married to US Senator Dianne Feinstein, is one of the leading power-brokers in the Democratic Party within both California and the United States.

Notably, it was Blum who virtually hand-picked President Yudof for UC President, having chaired the selection committee that oversaw Yudof’s appointment. At a March 2008 press conference heralding the Yudof hiring, the San Francisco Chronicle noted that Blum seemed “visibly ecstatic.” In April, the Chronicle quoted Blum again, saying of Yudof, “we disagree on almost nothing. If I were giving Mark a grade, I would give him an A-plus.”

Another prime example of the university’s “investors’ club” (the title of an upcoming series by investigative reporter Peter Byrne) is Gerald Parsky, a San Diego venture capitalist who reportedly commutes daily by jet to Los Angeles. As a Republican Party powerhouse, Parsky was so influential during his 1996-2008 tenure on the Regents that the American Federation of State, County, and Municipal Employees (AFSCME) dubbed a particularly influential faction of the Board “The Parsky Clique.” In addition to being president of Los Angeles-based Aurora Capital, recent additions to Parsky’s resume include acting as senior economic advisor to John McCain presidential campaign and as chairman of the Schwarzenegger administration’s Commission on the 21st Century Economy. Just as Parsky helped steer the UC toward ever-greater privatization throughout his tenure as a Regent, his commission issued a series of recommendations on reforming the state’s tax and revenue system in a manner more favorable to big business, even prompting some observers to label the Parsky Commission’s proposals “California’s Shock Doctrine.”

Current Regents Chairman Russell Gould is another financier and California Republican Party heavy. In addition to his role at Wachovia Bank, he served as California Director of Finance in the Pete Wilson administration in the 1990s. After that, he served a stint as assets managers of the $5.5 billion J. Paul Getty Trust Fund, a charitable organization founded with money from the Getty oil fortune. The Gettys are neighbors of one Richard Blum and Dianne Feinstein in San Francisco’s uber-bourgeoise Pacific Heights neighborhood, where Mr. and Mrs. DiFi purchased a $16.5 million palatial estate in 2005.

(As an aside, the Getty Trust was run in those years by one Barry Munitz, former chancellor of the California State University System. From 1984 to 1991, Munitz was vice president of Maxxam Corporation under Charles Hurwitz, as the company clear-cut the lands and livelihoods of California North Coast residents. Munitz has since been a leading force behind shaping the California Business Roundtable’s public education policy agenda, which strongly favors neo-liberal privatization.)

Another Regent, Paul Wachter, acts as Gov. Schwarzengger’s personal financial adviser. Regent George Marcus is a lead organizer of The Real Estate Roundtable, the main political voice of real estate capital in the United States. Regent Judith Hopkinson, whose tenure recently ended, is a retired executive of Ameriquest Capital Corporation, a big mortgage company that is partly responsible for precipitating the current economic crisis: Ameriquest lent billions in sub-prime loans to families across the US knowing full well they would have trouble making payments down the line as rates increased. And the list goes on.

One of the primary enterprises Richard Blum has presided over in recent years is the real estate corporation CB Richard Ellis. With projects in nearly 100 countries, CBRE is the largest brokerage firm on the planet. In a notable example of how Blum’s own particular business interests have become increasingly enmeshed with those of the university, during the course of his tenure as a Regent, CBRE has contracted with at least eight of the UC’s 10 campuses over the past decade. Most often, the company has consulted with these campuses to produce glossy reports highlighting the beneficial economic impacts on the immediate regions that host them, as well as that of California in general. The UC’s San Francisco, Davis, Berkeley, San Diego, and Riverside campuses have all paid CBRE to produce precisely these kinds of economic development treatises.

Each of these CBRE reports marshals a wide range of statistical data to promote a particular vision of the UC’s role in California’s larger economy and society. While paying occasional lip service to the UC’s contributions to “the richness of California culture,” the reports overwhelmingly emphasize the UC’s role in fostering high-tech business enterprise, premised on a decidedly Reagan-esque view of the inherent superiority of top-down economic spending. The core purpose of UC San Diego, according to one CBRE report, is to fuel “the expansion of the skilled labor pool for high-tech businesses and biotech businesses in San Diego.” UC Irvine is “an economic engine powering prosperity” owing to its various big business spin-offs and the high-tech start-up companies founded by its faculty.

The implicit conclusion is that the university’s complete subordination to capital is the primary reason for its existence, and that anything the UC could do for biotech, aerospace, real estate, and finance capital, it should do. In this way, the shift to privatization of the university’s finances, including student fees that are redirected to pay for campus construction projects, goes hand-in-hand with the efforts of state and business elites to render the university a wholesale servant of California’s neo-liberal economic machinery. Under this model, State funding is seen as akin to “local matching funds,” sweetening the overall pot for the real investors, the main purpose being not to make the university affordable for students, but rather to expand the university’s physical footprint and build fancy new research centers that will create all manner of techno-gadgetry to inflate the next bubble.

The UC Regents, in other words, have come to conceive of UC campuses almost entirely as incubators for a constellation of mini-Silicon Valleys: alliances of venture capitalists, real estate speculators, and high-tech entrepreneurs writ large upon large and overlapping swaths of California. It stands to reason that the UC’s leadership would be enamored of the region of the United States that is home to more millionaires per capita than anywhere else in the country, but which has also seen one of the sharpest declines in real wages among its working class. Silicon Valley also leads the way with the most temporary workers per capita, the highest level of economic inequity between genders, and the greatest concentration of toxic Superfund sites in the United States. Neo-liberalism in a nutshell.

Even so, the Regents and UC’s executives have long spoken in excited tones about spreading the model. The UC’s newest campus, UC Merced, was sold entirely on the premise that it would produce a critical mass of biotechnologists, nanotechnologists, engineers, and other wizards of the ruling high-tech religion that mythically creates economic booms that lift all boats. Currently, though, the Central Valley is experiencing some of the greatest levels of unemployment and highest home foreclosure rates in the country. UC Santa Cruz, traditionally the arts and humanities campus of the UC system, was transformed during this era into what some administrators happily called “Silicon Beach.” Much like with the global neo-liberal economy it has done so much to advance, the great majority who don’t already possess ample resources are left under this model to fend for themselves.

Laytonville native Natalie Rose-Engber is one local resident whose has borne the impact of the ongoing structural adjustment of the university, as of California’s economy in general. She was also one of the students involved in opposing the Regents in their treatment of the university like their own private business enterprise during her time as a student.

Rose-Engber grew up at the Black Oak Ranch, better known as “The Hog Farm”, associated with the name Wavy Gravy and just north of Laytonville. In 2007 and 2008, she was one among perhaps a few hundred UC students who often made the trek to the remote corners of the UC system where the Regents held their “public” meetings. Students would speak during the notoriously brief public comment periods, hold rallies, and occasionally disrupt the proceedings when all else failed — and all else invariably did.

“The Regents would just be sitting there typing on their computers and not listening to any of the students,” Rose-Engber recalls. “But, of course, they’re almost all multi-millionaires and directors of multi-national corporations. What do they know about being a student who’s saddled with mountains of debt they’ll spend the rest of their life paying off?”

Rose-Engber’s debt is roughly $40,000. That same sum of money, a little more than one generation prior, would have been enough to buy a first home. Though she says her time at UCSB was an invaluable part in shaping who she’s become, Rose-Engber wonders what her future has in store, having assumed such a large debt burden during a period of protracted economic decline and widespread joblessness. There are tens of thousands of young Californians who are annually being saddled with similarly crushing debts at UC and the CSU campuses, a condition that forecloses on their future choices, making virtual indentured servants of many of them.

As with every other region of California, Mendocino County is now experiencing a surplus of university grads whose futures are constrained by heavy debt. Extrapolating from the UC’s enrollment and retention data, approximately 275 students hailing from this area have been enrolled at one or another of the UC’s 10 campuses at any given point in the last decade. During the past four years alone, that group collectively paid or borrowed more than $7 million in university fee money. Had they attended the university eight years before, they would have paid less than $3 million.

As student fees continue to skyrocket, it is well to keep in mind that Blum is a part owner of a pair of for-profit education companies. Blum Capital Partners owns a large stake in Career Education Corporation, the world’s second largest private “diploma mill” corporation, which runs more than one hundred for-profit schools across the country, while also making tens of millions of dollars in sub-prime loans to its students. Blum Capital also owns a 19 per cent stake in ITT Educational Services, Inc., another for-profit school that makes millions off student loan debt. Blum, the UC Board of Regents’ resident siphoner-in-chief of public funds, purchased more than 220,000 new shares in the firm soon after the UC Regents approved the University of California’s latest fee increase this past November.

If the UC is prioritizing various toxic combinations of science and industry at the expense of most students, then what are those projects? Examples abound. In June 2006, the UC announced an agreement with the world’s second largest oil company, British Petroleum, whereby it will receive half a billion dollars per year over 10 years, principally for research into genetically modified elephant grass and other transgenic plants that are candidates to produce alcohol for non-fossil car fuel. The project is housed as a facility on campus called the Energy Biosciences Institute (EBI). In keeping with the “public-private partnership” funding model that currently prevails, the State of California put up “matching funds” in the form of $73 million in construction bonds to help smooth the way for the EBI’s landing on the Berkeley campus.

This is one of UC Berkeley’s largest current applied research programs, and it naturally comes straight from the “crisis” playbook. The project is justified under the pretense of helping to solve two major crises - global climate change and its twin bogeyman, oil depletion. In reality, biofuel monoculture has become perhaps the leading cause of dispossession of small farmers in the Global South, as well as the destruction of important ecosystems such as the Amazon Basin rain forest.

Berkeley’s biofuels institute will only further enable multi-national corporations to penetrate, reorganize, poison and despoil the lands, livelihoods, and psyches of Amazon Basin and other cultures. The net impact of the EBI on the environment – that is, the actually existing ecosystems of South America, Indonesia, et al. – will be decidedly negative. On the day of the contract signing, then-UC President Robert Dynes heralded it as “a great day for Mother Earth.”

Both Dynes and Lawrence Berkeley National Laboratory Director Stephen Chu, now duly installed as the Obama administration’s secretary of energy, referred to this project as a “new manhattan project.” It was a fitting designation, although the original Manhattan Project never quite ended, and it has only gained ground under a president who sold the world on “hope” and “change.” The UC continues to co-manage the Los Alamos and Lawrence Livermore nuclear weapons compounds, which have designed every nuclear weapon in the US arsenal dating from the annihilation of Hiroshima and Nagasaki, as part of for-profit partnerships with the world’s largest construction and engineering firm, Bechtel Corporation. The UC-Bechtel contracts are worth as much as $80 billion in revenue over the course of their 20 year lifespans, a hefty chunk of change when you’re concerned with your bond ratings.

On February 1, the Obama administration unveiled a budget in which both of the UC’s weapons labs would receive a massive funding “surge.” The proposed funding increase of 23 percent at Los Alamos would be the facility’s largest since 1944. Much of that funding is for a new factory to produce plutonium bomb cores, the explosive triggers of modern thermo-nuclear warheads, for the expressed purpose of outfitting the first new nukes to be developed since the end of the Cold War. The investments are sold as the need to “maintain the US nuclear deterrent” in a time of rapidly escalating threats, allegedly, from Iran, North Korea, and potentially even nuclear-armed terrorists.

Again, crisis begets opportunity if you’re properly positioned in the most privileged circles, so it’s fitting that one of the two junior partners in the UC-Bechtel management team should be Richard Blum’s now-former company, URS Corporation. At the time Blum became a Regent, URS already had a $125 million contract to perform construction and engineering at Los Alamos. It was a natural extension of his general business philosophy that Blum would have been eying wholesale ownership of the weapons lab at the time. That in mind, perhaps a little Q & A is in order. Which entities now run the Los Alamos and Lawrence Livermore weapons labs? The University of California, Bechtel, and URS Corporation, along with a couple of other junior partners. Which UC Regent had a lucrative financial partnership with the Bechtel family, via a $3.5 billion medical technology supplies company named Kinetic Concepts, that precedes the UC-Bechtel weapons lab partnership by eight years? Richard Blum. Who was URS Corporation’s primary financier and vice president for three decades? Richard Blum. Which UC Regent was among a select group of policy wonks who participated in a nuclear weapons policy conference in Oslo, Norway, in 2007, organized largely by a long-time Bechtel executive, George Shultz, who has been instrumental to securing the weapons labs’ recent funding increases? We won’t even bother answering that last question – this exercise has become entirely rhetorical.

From its inception, the University of California has been an institution inherently bound up with the course of American empire. It was the 18th century British philosopher George Berkeley’s poem “America: A Prophesy” that inspired the university’s early trustees to adopt him as their flagship campus’ namesake. The poem’s final stanza perfectly captured their vision of the university’s larger social role, that of intellectual hub for ever-expanding American capitalism, which was itself to herald an end of history liberal utopia. Notably, the same stanza also helped occasion the idea of “Manifest Destiny,” the widely held belief in the mid-19th century that a Protestant God had divinely ordained the United States to expand westward to conquer and subdue the American Indians and the “wilderness” they inhabited.

“Westward the course of empire takes its way;
The first four Acts already past;
A fifth shall close the Drama with the day;
Time’s noblest offspring is the last.”

The poem’s last line provides a fitting epithet for the university, as for so many institutions instrumental to the era of US economic dominance now passing in a financial meltdown. While the aggressive and opportunistic plans of the UC Regents and their hatchet man, President Yudof, are the most immediate cause of the university’s rapid descent, it is this larger context that demands greatest attention from students, faculty, workers, and the people of California. It is highly improbable that the UC and institutions like it will ever return to an idyllic era of reliable state financial support. There will never again be low fees, an ever-expanding roster of PhDs, or increasing and diverse student enrollments. The UC is an unsustainable institution that developed as part of a wildly unsustainable period of American economic expansion. We are now amidst the world capitalist economy’s unraveling, and as an integral part of this economy, the university is coming undone right along with it.

Will Parrish is a writer and organizer living in Laytonville, CA.

Darwin Bond-Graham is a sociologist who splits his time between New Orleans, Albuquerque, and Navarro, CA.

Readers can contact Will Parrish at wparrish(a)riseup.net and Darwin Bond-Graham at darwin(a)riseup.net. They originally prepared this series for the Anderson Valley Advertiser, one of the very few real newspapers in America and probably soon the last one left standing.

via counterpunch.org

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Mar 10

Gorillaz: Welcome to the World of the Plastic Beach (feat. Snoop Dogg)

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Google Maps Finally Adds Bike Routes | Autopia

bikes_in_portland

At long last, Google Maps has routes specifically for bikes.

With the click of a mouse, the new feature allows you to plot the best (and flattest!) ride from Point A to Point B. Several cities, including New York, Minneapolis, San Francisco and Portland, Oregon, have bike-specific mapping sites. But Google is rolling it out in 150 cities nationwide and announcing it Wednesday at the 10th Annual Bike Summit in Washington, D.C.

“This has been a top-requested feature from Google Maps users for the last couple years,” says Shannon Guymon, product manager for Google Maps. “There are over 50,000 signatures on a petition.”

The news thrilled bike advocates, who have for years been pushing — and petitioning — the search giant to include bike routes on Google Maps. No longer do they have to rely upon paper maps or open-source DIY map hacking or crazy-cool helmet-mounted heads up iPhones.

“This new tool will open people’s eyes to the possibility and practicality of hopping on a bike and riding,” says Andy Clarke, president of the League of American Bicyclists. “We know people want to ride more, we know it’s good for people and communities when they do ride more — this makes it possible. It is a game-changer, especially for those short trips that are the most polluting.”

Cyclists will have to map their victory lap from their desks, because Google’s cool mapping tool is available only on a computer for now.

“Making the bike-route tool available on Google Maps for mobile devices is a high priority,” Guymon says. But it’s a priority without a launch date.

To create the mapping tool, Google developed an algorithm that uses several inputs — including designated bike lanes or trails, topography and traffic signals — to determine the best route for riding. The map sends you around, not over, hills. But if you really want to tackle that Category 1 climb, you can click and drag the suggested route anywhere you like, just like you can with pedestrian or driving routes. Users can suggest changes or make corrections to routes using the ever-present “report a problem” feature on Google Maps.

Google kicked its bike-mapping effort into high gear in October when it started using improved datasets that provided more specific information about trails, street details and more granularity on college campuses. The Rails-to-Trails Conservancy provided Google with information on 12,000 miles of bike trails nationwide, and the League of American Bicyclists helped gather data on bike lanes and so forth.

“We’ve got a five-person team in Seattle that has spent the majority of its time working on this project since October,” says Guymon.

To test the tool, bike-commuting Google employees vetted suggested routes against their own experience, pointing out discrepancies on routes or time allowances.

Google Maps for bikes has a unique look and feel. Bike trails are prime cycling turf — “They’re like the highways for cyclists,” Guymon says — so they’re indicated in dark green. Streets with dedicated bike lanes are light green. And streets that don’t have a bike lane but are still a decent route because of their topography, light traffic or other factors are indicated by dotted green lines.

Don’t go looking for turn-by-turn GPS-based navigation though. That feature remains strictly auto-centric.

Freelance reporter Mary Catherine O’Connor lives in San Francisco, with her dog, husband and three bikes.

Photo: Bikeportland.org/Flickr

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Mar 08

Ben Mack Deconstructed By Dave Lakhani

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Mar 07

Gut Flora Genes Dwarf Human Genome; you have 150 X more bacterial genes than human genes in your body

By SpiralMan

Revealed: the 160 species living inside our guts
Scientists have decoded the DNA of the bacteria that take up residence in the typical human body
http://www.independent.co.uk/news/science/revealed-the-160-species-living-inside-our-guts-1915841.html
Gut Flora Genes Dwarf Human Genome
http://www.medicalnewstoday.com/articles/181339.php

A human gut microbial gene catalogue established by metagenomic sequencing
http://www.nature.com/nature/journal/v464/n7285/full/nature08821.html [
This research is a tour de force of bioinformatics and marks the gunshot of a new epoch of revolution for the fields of physiology and evolution.  It’s as dramatic as going from crawling around in a cave with a single, faint flickering candle light to lighting the place up like daylight with electric floodlights.

It’s one thing for me to have been preaching about this eventuality for 15 years and another thing to have the data in reality. The DNA sequence data was 577 Gigabytes.  
By 2012, you should be able to have this all on a $100 USB memory stick.

It’s now clear however that we have been prematurely celebrating the coming of the $100/1 Hour Human Genome by 2012/3.
We will have to wait for another 100X drop in DNA sequencing price by 2018 in order to really get a snapshot of our full genome – human and bacterial - for $100. And since the relative proportions and genomic rearrangements of the bacterial civilizations inside of us will always change, we will have to get our genomes sequenced repeatedly.  We also will have to do so in order to detect the presence of the rearranged genomes of our cancerous cells.
]

To understand the impact of gut microbes on human health and well-being it is crucial to assess their genetic potential. Here we describe the Illumina-based metagenomic sequencing, assembly and characterization of 3.3 million non-redundant microbial genes, derived from 576.7 gigabases of sequence, from faecal samples of 124 European individuals. The gene set, ~150 times larger than the human gene complement, contains an overwhelming majority of the prevalent (more frequent) microbial genes of the cohort and probably includes a large proportion of the prevalent human intestinal microbial genes. The genes are largely shared among individuals of the cohort. Over 99% of the genes are bacterial, indicating that the entire cohort harbours between 1,000 and 1,150 prevalent bacterial species and each individual at least 160 such species, which are also largely shared. We define and describe the minimal gut metagenome and the minimal gut bacterial genome in terms of functions present in all individuals and most bacteria, respectively.

It has been estimated that the microbes in our bodies collectively make up to 100 trillion cells, tenfold the number of human cells, and suggested that they encode 100-fold more unique genes than
our own genome. The majority of microbes reside in the gut, have a profound influence on human physiology and nutrition, and are crucial for human life. Furthermore, the gut microbes contribute to energy harvest from food, and changes of gut microbiome may be associated with bowel diseases or obesity.
……..

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Mar 06

Shift happens: Will artificial photosynthesis power the world? & Fertilize and Feed the World?

By Spiral Man

Shift happens: Will artificial photosynthesis power the world?
http://www.scientificamerican.com/blog/post.cfm?id=shift-happens-will-artificial-photo-2010-03-03
Fertilize and Feed the World?
[
Peak Oilagandists foam at the mouth when they point out that our agriculture depends upon fossil fuels.
While you might think that they were referring to the energy used for the harvest, processing and transport of food, and would dismiss this fear because we will have electric vehicles, what they get most excited about is their belief that humanity is trapped and doomed because today’s nitrogenous fertilizers are made from fossil fuels, notably natural gas.

This is an example of a little knowledge being dangerous……when wielded by propagandists who are either ignorant of chemistry themselves or who rely on your ignorance. The Haber-Bosch process chemistry does in fact convert Nitrogen in the air into Ammonia, Ammonia nitrate and urea via a Hydrogen feedstock and a heated iron oxide catalyst.  

Currently, the Haber process uses natural gas.   But if we can affordably make Hydrogen from Sunlight with solar panels, water and MIT Professor Nocera’s Cobalt-Phosphate-porphyrin catalyst, then people anywhere on the planet could make their own fertilizer for FREE, ie. not having to continuously buy fertilizer since they can make it themselves from water and sunlight. http://en.wikipedia.org/wiki/Haber_process

the source of the hydrogen makes no difference to the Haber-Bosch process, which is only concerned with synthesizing ammonia from nitrogen and hydrogen.”

Note, that this does NOT by itself solve the myriad issues of outdoor agriculture, eg. wasteful usage of fresh water, the need for pesticides, herbicides, the ecologically damaging farm runoff of fertilizer and chemicals into water systems, the crop losses from bad weather, and the ongoing push towards deforestation and draining wetlands for agriculture. Solving those issues requires bringing agriculture indoors with hydroponics, which still will benefit from the nitrogenous fertilizers that people will be able to make for FREE from sunlight and water.
]

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EPRI: DC Superconductors Feasible For Large-Scale Transmission & EV owners will share their home charging stations & Scientist Discusses Use of Algae as Biofuel

By Spiral Man

EPRI: DC Superconductors Feasible For Large-Scale Transmission
http://www.renewgridmag.com/e107_plugins/content/content.php?content.4965

EPRI Shows That Direct Current Superconductor Cable is Feasible for Development Using Today’s Technology
http://my.epri.com/portal/server.pt/gateway/PTARGS_0_2_317_205_776_43/http%3B/uspalecp604%3B7087/publishedcontent/publish/epri_shows_that_direct_current_superconductor_cable_is_feasible_for_development_using_today_s_technology_da_697347.html

[
Long distance transmission, which increases effective energy capture area, and stationary storage of energy are mutually substitutable; both smooth out intermittency. East-West transmission addresses timezone differential daily access to solar and wind.
North-South transmission addresses seasonal variation of solar and wind.

HTSC-HVDC grid progression: (High-Temperautre SuperConducting High Voltage Direct Current)
  1. TransContinental
  2. InterContinental
  3. InterHemispheric

Mobile energy storage advances, eg batteries and hydrogen/fuel cells, are also proceeding rapidly, and could eventually drive down costs so low that they compete with both stationary storage and grid connection. This will be akin to the battle between AC and DC transmission, between Edison vs. Westinghouse/Tesla in the early 1900’s.
http://en.wikipedia.org/wiki/War_of_Currents
]

Electric vehicle range: What, me worry?
Studies show ‘range anxiety’ may be low hurdle for EV acceptance
http://www.msnbc.msn.com/id/35352973/ns/business-autos/

Fueling the Future With Fish Tank Residue: Scientist Discusses Use of Algae as Biofuel
http://www.sciencedaily.com/releases/2010/02/100219141905.htm

[
They could roll this out in a decade, but batteries, supercapacitors/ultracapacitors, and hydrogen fuel cells are still racing ahead for ground transport, and have the big added virtue that with solar power (and even solar-catalyzed electrolysis of water into hydrogen) there is no need for centralized refining of fuel, although if the algae does get fertilized by production of fish in aquaponics, then there will be a proliferation of suppliers of algae and refiners.
Algae biofuel could have a good shot at air transport.
]

Download now or preview on posterous
image.pdf (5155 KB)

Download now or preview on posterous
EPRI - a Superconducting DC Cable.pdf (5155 KB)

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50-75% better mileage (=Prius) for cost of Supercritical fuel injector; 3X efficient Refrigeration via Thermoacoustics; Massive Superconducting Wind turbine generator & new Organic HTSC material

By Spiral Man

Top Picks from the ARPA-E Summit
http://www.technologyreview.com/blog/energy/24883/
Transonic Combustion, based in Camarillo, CA, has developed a gasoline fuel injection system that can improve the efficiency of gasoline engines by 50 to 75 percent, beating the fuel economy of hybrid vehicles. A test vehicle the size and weight of a Toyota Prius (but without hybrid propulsion) showed 64 miles per gallon for highway driving. The company says the system can work with existing engines, and costs about as much as existing high-end fuel injection.

http://www.tscombustion.com/tscitechnology.html

Our innovative technology for factory installation will facilitate a new era of automotive internal combustion engine efficiency. Our TSCiTM Fuel Injection system comprises new technology fuel injectors, next generation electronic control unit, high efficiency fuel pump, pressure accumulator, and advanced engine control software. Our technology is optimized with modern high compression diesel architecture engines, near-term running on gasoline while longer-term utilizing advanced low carbon footprint bio-fuels. TSCiTM Fuel Injection achieves lean combustion and super efficiency by running gasoline, diesel, and advanced bio-renewable fuels on modern diesel engine architectures. Supercritical fluids have unusual physical properties that Transonic is harnessing for internal combustion engine efficiency. Supercritical fuel injection facilitates short ignition delay and fast combustion, precisely controls the combustion that minimizes crevice burn and partial combustion near the cylinder walls, and prevents droplet diffusion burn. Our engine control software facilitates extremely fast combustion, enabled by advanced microprocessing technology. Our injection system can also be supplemented by advanced thermal management, exhaust gas recovery, electronic valves, and advanced combustion chamber geometries.

Our fuel system efficiently supports engine operation over the full range of conditions – from stoichiometric air-to-fuel ratios at full power to lean 80:1 air-to-fuel ratios at cruise, with engine-out NOx at just 50% of comparable standard engines. Our real-time programmable control of combustion heat release results in dramatically increased efficiency.


EPA Cycle Testing of Transonic’s Technology Demonstrator Vehicle                     T
SCiTM R&D Prototype Injectors

Along with operating on gasoline, our technology can efficiently utilize fuels based on their chemical heat capacity independent of octane or cetane ratings. Thus, economical, highly functional mixtures of renewable plant products can be utilized which are not practical in either conventional spark or compression ignition engines. In dynamometer testing on current engine architectures, our technology has successfully run on gasoline, diesel, biodiesel, heptane, ethanol, and vegetable oil. Recently our engineers achieved seamless operation alternating between several different fuels on one of our customer’s engines in our Camarillo test facilities.


American Superconductor, of Devens, MA, is developing massive 10 megawatt wind turbines that are only possible with the use of extremely lightweight superconducting generators. (Today’s turbines typically generate around 2 to 3 megawatts.)

Palo Alto Research Center (PARC), spun out of Xerox PARC, is developing a new form of refrigeration that could be three times as efficient as existing forms. It’s based on thermoacoustics, a technology that works for cooling at extremely low temperatures (such as for liquefying gases), but hasn’t been used for cooling at room temperature (what you need for household refrigeration). The company thinks it’s found a way around previous limits to the technology.
March 3, 2010 
Not Just for Fuel Anymore: Hydrocarbons Can Superconduct, Too
Potassium atoms interspersed into crystals of the organic compound picene yields superconductivity at relatively high temperatures
http://www.scientificamerican.com/article.cfm?id=superconducting-picene

A LUMP OF SUPERCONDUCTOR? Picene, a hydrocarbon found in coal tar, has been shown to become a superconductor when treated with potassium.

Superconductors go organic
http://www.nature.com/nature/journal/v464/n7285/edsumm/e100304-06.html

New high-temperature superconductors continue to arrive on the scene — the most recent noteworthy additions being the iron arsenides — but there have been no new organic superconductors the past decade. Now the discovery of superconductivity at temperatures up to 18 K is reported in crystals of a simple hydrocarbon molecule doped with potassium or rubidium. The basis for the new compound is picene (C22H14), a molecule consisting of five benzene rings sharing edges with one another, which crystallizes into an ordered molecular solid. Intercalation of the alkali metals into the crystal lattice induces metallic behaviour and superconductivity in what is normally a semiconducting material. The Tc of 18 K in potassium-doped picene is high for an organic superconductor — only alkali-metal-doped C60 achieves higher. And as picene is one of a large family of molecules based on fused benzene rings, other superconducting hydrocarbons may be awaiting discovery.

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Solar-powered Hydrogen from Water via Cheap Catalyst could power homes after Sundown when used with Fuel Cell

By Spiral Man


Catalyst could power homes on a bottle of water, produce hydrogen on-site
http://www.physorg.com/print187031401.html

[I have flipflopped on hydrogen vs batteries.
I mentioned a few weeks ago that I wanted to know the efficiency and throughput of MIT Prof. Nocera’s tech, and here we have the story.  If they can make a robust affordable electrolysis system that doesn’t degrade its performance, then it’s a whole new ballgame, especially when combined with the expected exponential price reductions from economies of scale for fuel cell manufacturing due by 2020.
]


With one bottle of drinking water and four hours of sunlight, MIT chemist Dan Nocera claims that he can produce 30 KWh of electricity, which is enough to power an entire household in the developing world [or an electric vehicle like the Nissan Leaf]. With about three gallons of river water, he could satisfy the daily energy needs of a large American home. The key to these claims is a new, affordable catalyst that uses solar electricity to split water and generate hydrogen.

Using the electricity generated from a 30-square-meter photovoltaic array, Nocera’s cobalt-phosphate catalyst converts water and carbon dioxide into hydrogen and oxygen. The process is similar to organic photosynthesis, except that in nature, plants create energy in the form of sugars instead of hydrogen.
[
Incoming solar energy:
30 sq m X 1kW/sq m X 4 hrs = 120kWh/sq m They get 30kWh -> 25% efficiency.

For folks who don’t know metric, this would be ~18 ft X 18 ft. Don’t be confused by the mentioning of the water usage.
The system is enclosed.  The hydrogen that came from the initial water is recombined in the fuel cell with the air to regenerate the water, so there is very little loss of water.
The amounts of water mentioned only refer to how large the reservoirs would have to be, ie trivial.
Unless you were going to use the system for water purification.

For the science geeks, here is the foundational 2008 paper in Science:
In Situ Formation of an Oxygen-Evolving Catalyst in Neutral Water Containing Phosphate and Co
2+
Matthew W. Kanan and Daniel G. Nocera
*
http://www.sciencemag.org/cgi/content/abstract/1162018
]
The hydrogen produced through artificial photosynthesis can be stored in a tank and later used to produce electricity by being recombined with oxygen in a fuel cell, even when the sun isn’t shining. Alternatively, the hydrogen can be converted into a liquid fuel. “Almost all the solar energy is stored in water splitting,” Nocera said at the first-ever ARPA-E (Advanced Research Projects Agency-Energy) conference last Tuesday. “We emulated photosynthesis for large-scale storage of solar energy.”

With his start-up company, Sun Catalytix, Nocera hopes to make the system affordable enough to allow individual homes to generate their own fuel and electricity on-site. By distributing hydrogen production in this way, the new method could potentially solve the problem of hydrogen transportation. “If I could store the sun in terms of a fuel, then at night when the sun goes down I can use the sun, effectively,” Nocera said in a company video. “What we’ve done is that we’ve made sunlight available 24 hours a day, seven days a week.”

In January, Sun Catalytix was awarded $4 million in government funding through the new ARPA-E agency. Modeled after DARPA, ARPA-E was formed to promote the development of advanced energy technologies - in this case, “direct solar fuels,” or “electrofuels.” Nocera explained that Sun Catalytix is using the financial support to take its prototype to the next level. “Where Sun Catalytix is headed is that your house would become its own power station and gas station,” he said in the video. “All of a sudden, you don’t need any more energy from anybody else because you’re using the sun at your house.”

After ARPA-E, Sun Catalytix Seeks New Funding
http://earth2tech.com/2010/03/04/after-arpa-e-sun-catalytix-seeks-new-funding/
Sun Catalytix hopes to change that and is working with cobalt-phosphate catalysts consisting of compounds in solution, instead of the usual metal surfaces. “The real benefit is that the materials are dirt cheap,” said Metcalfe, who is also a general partner at Sun Catalytix investor Polaris Ventures and the former CEO of defunct biofuel startup GreenFuel Technologies.

Aside from the catalysts, the rest of the device also is made of cheap materials, such as plastic, he added. “All the materials we have [on the device] running in our office now come from Home Depot – we’re talking PVC, not stainless steel.” Because the compounds deposit themselves on the electrodes, constantly repairing themselves as the device splits water, this technology can also use salty or dirty water, he added, a big advantage where clean water is in short supply. While normal electrolyzers shut down in minutes if they’re run on dirty water, Sun Catalytix’ electrolyzer has already run for days at a time with no degradation, Metcalfe said. In addition, if the hydrogen is converted back into electricity, the reaction produces clean water as a byproduct, a potential plus, say, off the grid in Sub-Saharan Africa.

Sun Catalytix hasn’t yet decided whether its ultimate product will be electricity or fuel, Metcalfe said, adding that the technology could potentially address any application that currently relies on a big diesel generator. For example, the technology could be used to provide backup power for telecommunications towers or mobile land bases for the military – and the hope is the technology could eventually target residential and commercial markets, as well, he said. Make no mistake, the startup is still years away from commercialization and doesn’t yet have a market plan in place. It’s currently working to meet technology milestones under the two-year ARPA-E contract, Metcalfe said, adding that Polaris generally aims to invest for five to seven years. Sun Catalytix will have plenty to prove, including its efficiency, stability and reliability, as well as its ability to manufacture its devices cheaply and at scale and volume, before it can meet its potential.

[
The Hydrogen Fuel Cell is the other key component, whether for home usage or in vehicles.
You can extrapolate from the December 2009, DOE chart below about exponential reduction of fuel cell costs via economies of scale of production plus expected technical advances, that by 2020, at production rates of low millions, that the full cost of the fuel cell stack with balance of system will be $25/kW.
So, a 30kW system would cost $750.  This would compare favorably with the price of a car engine and drivetrain.
]

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Mar 05

BBC News - DNA test ‘could predict most effective diet’

Woman eating raw vegetables
Different diets work better for some people than others

A simple DNA test may predict whether someone is more likely to lose weight on a low fat or a low carbohydrate diet, say US researchers.

The results from the small preliminary study of 101 women showed those on the best diet for their genes lost two to three times more weight than the rest.

The results are being presented at an American Heart Association conference.

Experts said the findings tied in with previous studies, but further work should be carried out.

Cheek swab

The emerging field of “nutrigenomics” looks at how food interacts with genes.

It has long been known that people react to certain nutrients differently according to their genetic makeup.

Lactose intolerance, for example, is more common among Asians and Africans than of people of North European descent.

This is a very intriguing study - though very small
Prof Christine Williams,
University of Reading

This study looked at how well people with different genes fared on different weight-loss diets.

The researchers, from Stanford University, analysed data from 101 white Caucasian women who provided DNA from a swab of their cheek cells.

The women had different diets for a year. The diets were very low carbohydrate, low carbohydrate/high protein, and low or very low fat.

The researchers divided the group into three genotypes which they described as low carbohydrate diet responsive, low fat diet responsive and a balanced diet responsive genotype.

They found that those on a diet which matched their genotype lost 2-3 times more weight over 12 months compared with those on the “wrong” diet.

The researchers said their findings were preliminary, and need much more confirmation before they could be used commercially.

‘Intriguing’

British experts pointed out that the study had looked at a very small number of people and did not make clear what genes were involved.

Prof Christine Williams, from the University of Reading, said: “This is a very intriguing study - though very small.”

She said it would be useful to get a better understanding of what genes were involved.

“It fits pretty well with some of our own studies which show that certain genotypes are more responsive than others to certain types of fats, eg diets high in omega-3 fatty acids,” she added.

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