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When NATO Killed Journalists
Ten years ago, NATO’s planes deliberately bombed Serbia’s main television and radio station. Sixteen media workers died. Tiphaine Dickson reports the barely credible aftermath, and CNN’s smelly role. Wounded Knee is back in the news, with an upcoming trial and new documentary. We launch James Abourezk’s thrilling series, Adventures in Indian Country, on the birth of AIM and his own role as US Senator. ALSO in this new edition of our subscriber-only newsletter, Alexander Cockburn tells the history of Harry Kingman and Stiles Hall, an institution that changed the face of Berkeley and shaped the Sixties. Get your new edition today by subscribing online or calling 1-800-840-3683 Contributions to CounterPunch are tax-deductible. Click here to make a donation. If you find our site useful please: Subscribe Now! CounterPunch books and gear make great presents.
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Today's Stories May 6, 2009 Doug Peacock May 5, 2009 William Blum Uri Avnery Steven Higgs Dean Baker Daniel Wolff Sibel Edmonds Carole King Klein Fidel Castro Belén Fernández Dan Bacher Website of the Day May 4, 2009 James G. Abourezk Jeff Leys Patrick Cockburn Andy Worthington Jaime Avilés David Swanson Paul Craig Roberts P. Sainath Eugenia Tsao Benjamin Dangl Sami Al-Arian Website of the Day May 1 - 3, 2009 Alexander Cockburn Gary Leupp Peter Linebaugh Jeffrey St. Clair / C. G. Estabrook Patrick Cockburn Mike Whitney Pierre Sprey / Andy Worthington Mairead Maguire Nadia Hijab Diane Farsetta Michael Calderón-Zaks Richard Rhames Russell Mokhiber Ramzy Baroud Rannie Amiri Deb Reich Steven Higgs Brian Cloughley David Michael Green Farzana Versey Jim Goodman Carl Finamore Christopher Brauchli Susie Day David Yearsley Lorenzo Wolff Peter Stone Brown Poets' Basement Dominguez, Orloski and Springate Website of the Weekend April 30, 2009 Ellen Cantarow Dana L. Cloud Paul W. Lovinger / Binoy Kampmark Brian Downing Frank Snepp David Swanson Conn Hallinan Ron Jacobs John Goekler Jasmine L. Tyler / Website of the Day April 29, 2009 Joann Wypijewski Patrick Cockburn Andy Worthington Chris Floyd Dave Lindorff Jeremy Scahill Doug Henwood Michael Hudson Russell Mokhiber Eric Toussaint Website of the Day April 28, 2009 Uri Avnery Jeremy Scahill Dean Baker Michael D. Yates Conn Hallinan John Stauber Tom Barry Harvey Wasserman Jeff Nygaard Frederico Fuentes Website of the Day April 27, 2009 Pam Martens Patrick Cockburn Andrew J. Bacevich Guardian of the Status Quo: Obama's Sins of Omission Mitu Sengupta Franklin Lamb Firmin DeBrabander Dave Lindorff Russell Mokhiber Mike Whitney Mark Weisbrot Rev. José M. Tirado Website of the Day April 24-26, 2009 Alexander Cockburn Marjorie Cohn Andy Worthington Jeremy Scahill Chris Floyd Mike Whitney Anthony DiMaggio Chris Kromm Saul Landau Dave Lindorff Greg Moses Joshua Frank Fred Gardner Manuel Garcia, Jr. David Michael Green Ramzy Baroud Rannie Amiri Laura Carlsen Richard Morse Nikolas Kozloff Kent Peterson Robert Bryce Niranjan Ramakrishnan The Financial Experts Ron Jacobs Richard Rhames Stephen Martin David Yearsley Poets' Basement Website of the Weekend April 23, 2009 Eamonn Fingleton Ray McGovern Michael Ratner Alan Farago Rob Larson Nadia Hijab Fawzia Afzal-Khan Dave Lindorff Helen Redmond Adam Federman Website of the Day April 22, 2009 Chris Floyd Joanne Mariner Vijay Prashad Gareth Porter Dean Baker Peter Morici Winslow T. Wheeler Barucha Calamity Peller Harvey Wasserman Aisha Brown / Teo Ballvé Website of the Day April 21, 2009 Randy Rowland Dave Lindorff Fidel Castro George McGovern Greg Moses Benjamin Dangl Sonia Nettnin Frank Barat Binoy Kampmark John V. Walsh David Macaray Website of the Day April 20, 2009 Mike Whitney Andrea Peacock Henry A. Giroux Liaquat Ali Khan Fred Gardner Stephen Soldz Nadia Hijab Dave Lindorff P. Sainath Nelson P Valdés Mark Engler Belén Fernández Website of the Day April 17-19, 2009 Alexander Cockburn Saul Landau Franklin Lamb Ralph Nader Fred Gardner Dean Baker Rannie Amiri George Wuerthner Dave Lindorff David Swanson Jim Goodman Kathy Sanborn Don Monkerud Manuel Garcia, Jr. David Michael Green Nelson P Valdés Manuel Gomez Dr. Susan Block Ramzy Baroud Christopher Brauchli Stephen Martin Ron Jacobs David Yearsley Lorenzo Wolff Poets' Basement Website of the Weekend April 16, 2009 Mike Whitney Russell Mokhiber Ronald Teska Gareth Porter Paul Fitzgerald / Benjamin Dangl Kevin Pina Robert Bryce George Wuerthner Paul Garon, David Roediger and Kate Khatib The Surreal Life of Franklin Rosemont Website of the Day April 15, 2009 Kathleen and Bill Christison Ray McGovern Robert Sandels Heather Williams / Jack Willoughby David Swanson Paul Craig Roberts Sara Mann Kenneth Couesbouc Binoy Kampmark Kekuni Blaisdell, Lynette Hi'llani Cruz, George Kahumoku Flores, et al.: An Urgent Letter to Obama on the Rights of Native Hawaiians Website of the Day April 14, 2009 Conn Hallinan Mike Whitney Peter Morici Greg Moses Fidel Castro Robert Weissman Rebecca Macaux / Carmelo Ruiz-Marrero Dave Lindorff Walter Brasch Benjamin Day Website of the Day April 13, 2009 Patrick Cockburn Uri Avnery Jeremy Scahill Martha Rosenberg Karl Grossman Nadia Hijab Sam Smith James McEnteer Sean McMahon Namihei Odaira John V. Walsh Website of the Day April 10 / 12, 2009 Alexander Cockburn Chris Floyd Mike Whitney Saul Landau M. Reza Pirbhai Franklin Spinney Rannie Amiri William Blum Matt Vidal Jeff Howison Jeff Leys Dave Lindorff Ramzy Baroud Missy Beattie Fred Gardner Harvey Wasserman Another $50 Billion for Rust Bucket Nukes? Suzan Mazur Bernard Umbrecht David Macaray Janet Kauffman Ron Jacobs Norman Solomon Michael Winship Richard Rhames Wanda Fucha David Yearsley Lorenzo Wolff Ben Sonnenberg Jeffrey St. Clair Poets' Basement Website of the Weekend April 9, 2009 Mike Whitney Patrick Cockburn Stephen Soldz P. Sainath Ellen Cantarow Gareth Porter / Jeremy Scahill Jerry Kroth Binoy Kampmark Fidel Castro Website of the Day April 8, 2009 John Prados Bill Moyers / Winslow T. Wheeler Russell Mokhiber Kathy Sanborn Rev. William E. Alberts James McEnteer Rashomon and the Binghamton Shooter: the Rush to Interpret Jiverly Wong's "Statement" Nadia Hijab Adam Turl Kevin Zeese Website of the Day April 7, 2009 David Price Uri Avnery Chris Floyd Winslow T. Wheeler Defense Cuts: Gates and the System Marjorie Cohn Dean Baker Diana Johnstone Dave Lindorff Martha Rosenberg Evelyn Pringle Website of the Day April 6, 2009 Michael Hudson Andy Worthington Bagram: Guantánamo's Dark Mirror Ray McGovern Deepak Tripathi Mike Whitney Norman Solomon Jonathan Cook Judith Bello Deena Metzger Blackwater in Liberia Dr. M. Kamiar Website of the Day April 3-5, 2009 Alexander Cockburn Kathy Kelly / Peter Morici Kathy Sanborn Andy Worthington Rob Larson Saul Landau Steve Early John Goekler Rannie Amiri Dave Lindorff Lee Ballinger Ron Jacobs David Macaray John Wight Keeanga-Yamahtta Taylor Mychal Bell Missy Beattie Reza Fiyouzat Michael Boldin Christopher Brauchli Charles R. Larson Susie Day Stephen Martin Kim Nicolini David Yearsley Phyllis Pollack Poets' Basement Website of the Day
April 2, 2009 Robert Weissman Eric Toussaint / George Bisharat Russell Mokhiber Franklin Lamb Gareth Porter David Macaray Chris Genovali Sam Smith Suzan Mazur Website of the Day
April 1, 2009 Chris Floyd Stanley Heller Mark Brenner, Mischa Gaus and Jane Slaughter Obama's Perilous Plan for Detroit: Restructure the Big 3, But Not With Bankruptcy Jonathan Cook Eric Walberg Richard Morse Don Fitz Laray Polk Belén Fernández Harvey Wasserman Website of the Day March 31, 2009 Uri Avnery Peter Lee Nicholas Dearden Dave Lindorff Joanne Mariner Ron Jacobs Wiliam S. Lind David Michael Green Benjamin Dangl Johnny Barber Dedrick Muhammad Website of the Day March 30, 2009 Michael Hudson Patrick Cockburn Henry A. Giroux Mike Whitney Ralph Nader Paul Craig Roberts Jeremy Scahill Robert Bryce Jonathan Cook Ray McGovern Website of the Day
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May 6, 2009 Nuclear Bombs or Sunshine?To Power a NationBy MANUEL GARCIA, Jr. The National Ignition Facility (NIF) is a blimp hangar-sized array of 192 laser pathways whose pulsed rays are amplified to high power, and bounced through an elaborate arrangement of mirrors, to converge simultaneously upon a pea-sized target filled with deuterium and tritium (heavier isotopes of hydrogen), for the purpose of compressing it to the point where nuclear fusion reactions occur, and net energy is produced. NIF is located on the grounds of the Lawrence Livermore National Laboratory (LLNL) about 50 km east of San Francisco, California. The construction of NIF recently finished (31 March 2009), and it is beginning its planned schedule of operations. Construction began in 1997, and was delayed by numerous problems of technical design and fiscal mismanagement. All of these problems grew out of the 'undersales job' scheme used by LLNL in the late 1990s to get NIF approved by the US Congress; the facility promised by 2002-2003 for $1.1B-$1.2B actually arrived in double the time and four times the cost. (See http://en.wikipedia.org/wiki/National_Ignition_Facility for an overview of NIF; however, note 44 is incorrect.) The columnist Thomas Friedman recently rhapsodized on NIF in the pages of the New York Times, essentially offering an advertising supplement about NIF's potential to make nuclear fusion power a reality, with abundant energy for the nation without greenhouse gas penalties nor radioactivity worries. Friedman's hyperbole was punctured by Hugh Gusterson, in a critique published by the Bulletin of Atomic Scientists. The significant point in Gusterson's critique is that NIF is entirely a nuclear weapons program; Friedman does not mention this. All the hoopla about fusion, and beating climate change with a new "game changer" technology that provides 'limitless' energy is delusional 'free-lunchism' used for promotional purposes -- something like the Hollywood hype about Panavision and Cinemascope in the 1950s. Nuclear bombs are devices with chemical high explosives that implode shells of uranium or plutonium, with interior balloons of deuterium and tritium, to such high densities that fusion and fission reactions occur and an enormous amount of energy is released suddenly by the conversion of atomic mass to energy (E = m c-squared). Nuclear weapons will only have functional value if their design is proved by some test. This requirement has motivated the many nuclear tests carried out since 1945 by the nations that maintain nuclear arsenals. A large specialized infrastructure and technical workforce is needed to maintain a nuclear weapons capability. Such a "nuclear weapons complex" is an expensive item in any government's portfolio. The expense is one disincentive to acquire or keep a nuclear weapons stockpile; other disincentives being the difficulties, dangers and risks of working with large amounts of highly radioactive material, and the many international political difficulties brought on by brandishing nuclear arms. Can a government keep a nuclear weapons arsenal at reduced cost and also bypass the 'danger' and 'political' disincentives, by eliminating most of the weapons testing infrastructure and workforce, and instead relying on the virtual reality of computer simulations of performance, cross-checked with extremely miniaturized experiments inside a conveniently-located laboratory? NIF is the US yes to that question. Other nuclear weapons powers have or are building similar facilities, though smaller. There are excellent technical arguments as to why computer simulations coupled with facilities like NIF can never duplicate the actuality of testing full-sized weapons, but they are of lesser importance because the real issue at hand is whether nuclear weapons are necessary at all. I think not, and made my case elsewhere. If nuclear weapons are unnecessary for the implementation of government's policy, then NIF and facilities like it are also unnecessary. However, what if the popular will of a nation deems its nuclear weapons a necessity, will its NIF-like facility satisfactorily replace full-scale testing? It will help for that purpose, by creating conditions of extreme pressure and temperature in radioactive (uranium-235 and plutonium) and non-radioactive metals, and by compressing deuterium and tritium micro-balloons to the point of initiating fusion reactions, so that measurements from micro-experiments can be compared with computer simulations of them, and in this way correct and refine the computer codes that model the intricate physics. These codes could then be used with a bit more confidence to design full-scale weapons. However, the predictive jump from micro-experiments to full-scale weapons, without the corresponding full-scale tests, would always leave major doubts. So, there will always be some experimentation at larger scale, though it might not proceed to the point of explosion. The U.S. carries on "subcritical tests" (below the point of sustained nuclear chain-reactions) of normal-sized radioactive devices, underground at the Nevada Test Site, to monitor the aging nuclear stockpile; and tests of the implosion dynamics of normal-sized devices, with non-radioactive surrogates of similar density for the radioactive materials in actual warheads, which are carried out at the Dual-Axis Radiographic Hydrodynamic Test facility at Los Alamos National Laboratory in New Mexico. But, what about the potential for pure fusion, can NIF open up a new era?, can it transcend its nuclear weapons origin? It is quite likely that NIF will eventually fire enough laser light energy quickly enough onto a deuterium-tritium target, and compress it to the point of releasing more nuclear energy through fusion reactions than the amount of laser light energy applied to it. Achieving this "ignition" would be a first step in a long process of development of a practical power generation system. Since nuclear radiation would be given off from the reacting target, the interior walls of the evacuated NIF target chamber would intercept and contain this radiation, and become radioactive. This is only a maintenance problem for NIF, given the low duty cycle (few shots per week), but it is a significant design issue for a practical generator (several shots per minute), where either flowing material or a periodically replaced solid liner must coat the walls to intercept the nuclear and atomic radiation and convert it to heat and electricity for use externally. Wall material that eventually degrades because of radiation damage and becomes too radioactive will have to be disposed of as solid radioactive waste. There are many ideas about wall design and the design of practical Inertial Confinement Fusion (ICF) systems, but the solutions to these problems still remain in the future. Is the investment in NIF as an ICF system prototype a wise public policy, regardless of NIF's role for nuclear weapons? This depends on the type of society you wish to power, and when you hope to begin doing so. If you wish to power a corporate-controlled society with the same type of capitalist ideology that suppresses popular democracy and aspirations, as in the U.S. today, and you are prepared to wait another generation for practical fusion-powered energy systems, then ICF is a wise use of the public's money. What has value in a capitalist system is to "corner the market" or have "exclusive ownership." In such an economic system, essential resources like: energy, patented (genetically modified) basic food types, clean water, metals and hydrocarbon fluids, are all sources of profit to "owners" who can meter out these resources to "consumers" connected through "distribution grids" to centralized nodes of ownership control. You put on a light in your room, and apply energy (and contribute to pollution) generated in another county, state, province or nation; and you send your electric utility payment to some collection agency address at another distant point. If you prefer to organize society in a socialist, or socially-democratic, or classless or at least more egalitarian and certainly not corporate-controlled manner, where government is the instrument of popular will rather the plutocrats' and corporatists' protector from it, then you would prefer a decentralized national energy supply system, where the generation, control of, storage and use of energy were all local. And, you would want such a system to be available now. This is solar power, and the meshing of local solar-wind-hydro power sources into local networks. We already have all the technical knowledge to implement such a system, really a national network of local or micro-networks. Solar energy focused as heat onto pipes carrying oil along the focal axes of parabolic trough collectors, and the oil transferring its heat through a heat exchanger to water, generating steam, which in turn drives a turbine that turns an electric generator, can produce electricity from sunlight with from 1% to 5% efficiency, steadily during the day. The best expectation for NIF is for a release of fusion energy at about 10% of the electrical energy supplied to power the lasers for that shot; and recall, the conversion of the fusion burst to useful power is still to be worked out. Solar energy converted to electricity with 1% efficiency, on 2% of the land area of the United States, would generate 100% of the electrical power used by the nation: 13,300 kilowatt-hours-per-capita (kWh/c) for 300 million people, for the nation's 4 trillion kilowatt-hours (4 x 10-to-the-12th-power kWh). It is quite likely that over 2% of the land area of the U.S.A. exists as sunny rooftops and marginal lands in government-owned areas, such as military bases, and could easily host a publicly-owned national solar-thermal energy system. Excess power generated during daylight could drive pumps hoisting water uphill into large reservoirs that would be drained to generate hydro-power for nighttime use. Other forms of energy storage include electric batteries, compressed air, and flywheels. Obviously, added capacity on a national solar grid could provide power to synthesize hydrogen fuel (for example by electrolysis of water, inefficient, but free of CO2 generating combustion) for transportation vehicles powered by thermal engines (e.g., hydrogen fuel cell engines for propeller-driven airplanes, a sports car for my dotage) instead of electric batteries or rails (as in ground mass transit systems). Wind-power is the most abundant source of non-fossil non-nuclear energy today. Offshore wind (imagine wind derricks instead of oil derricks) can supply a great deal of energy, and it has been estimated that the United Kingdom could generate all of its electrical power from the winds over the North Sea, a source that is likely to remain eternal in comparison to the oil underneath that sea. Only a military of the type we have today (for wide-ranging colonial wars, and strategic intimidation) would want to remain heavily dependent on hydrocarbon fuels (for low mileage jet planes, tanks and warships) and nuclear power (for the floating air bases called aircraft carriers, and the submerged missile bases called submarines). The best future is with widely-distributed systems of local and personal "green power" generators. I leave it to other occasions to elaborate, but realize that there are no technical hurdles, they are all political. NIF belongs to the mentality that sees the taxi meter and the cash register (and their more elaborate expressions) as the purpose of social organization. After many years and more billions of public money, it may lead to a power technology that produces more kilowatt-hours. But, this flow of energy in unlikely to be as safe, reliable, freely available, poverty alleviating and socially uplifting as could very easily be the case today. Manuel Garcia, Jr. can be reached at mango@idiom.com |
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