giovedì 22 marzo 2012

I falsi calcoli nucleari




MERCREDI 16 JANVIER 2008


Calcolo di dose
AIPRI


I falsi calcoli nucleari.


L’energia ionizzante è un’energia portatrice di morte, particolarmente letale se introdotta nel corpo umano attraverso delle particelle radioattive infinitesimali che avvicinano le cellule viventi del nostro organismo (effetto di prossimità). È sufficiente, infatti, che una e una sola particella microscopica bombardi cronicamente i tessuti che la circondano per provocare, anni o addirittura decenni dopo, l’insorgenza di un cancro. Tuttavia, per comprendere e dimostrare l’altissimo pericolo costituito da tali insolubili nano-particelle metalliche radioattive artificiali, in particolar modo da quelle che emettono radiazioni alfa, come il plutonio 239 o l’uranio 238, è necessario, ancora, calcolare correttamente la dose di irraggiamento rilasciata nei tessuti circostanti. Sbagliare tale calcolo sottovalutando la dose patogena rilasciata significa fuorviare la ricerca scientifica medica e fisica, abbassare artificialmente la soglia ufficiale di radioprotezione degli individui e delle popolazioni, autorizzare la contaminazione atomica dell’aria, della terra e dell’acqua e, infine, far sprofondare l’intera umanità nel baratro della morte.


1 Che cos’è un calcolo di dose ?


Calcolare una dose di irraggiamento ionizzante significa semplicemente ripartire correttamente l’energia radioattiva rilasciata nella massa di tessuti che l’ha assorbita. Significa dividere l’energia dissipata per il volume di tessuti che l’ha assorbita.


L’intensità dell’irraggiamento dipende strettamente dal volume irradiato: maggiore è il volume irradiato, minore l’intensità dell’irraggiamento; viceversa, minore è il volume irradiato, maggiore è l’intensità dell’irraggiamento. Per calcolare in maniera oggettiva la dose rilasciata è di capitale importanza precisare che il volume di tessuti irradiati dipende dal potere di penetrazione dei raggi ionizzanti; potere di penetrazione perfettamente conosciuto e necessariamente delimitato che può irradiare soltanto i tessuti che riesce a raggiungere. Il volume di tessuti irradiati non sarà pertanto mai molto più esteso rispetto a quello disegnato dalla traiettoria del raggio. Come un chiodo fa un buco nel muro le cui dimensioni sono direttamente proporzionali alla lunghezza e al spessore del chiodo, una particella alfa irradia una massa di tessuti corrispondente al volume occupato dalla sua traiettoria nei tessuti.


In conclusione, in ogni calcolo di dose la determinazione oggettiva del volume “assorbente” è cruciale. Falsare tale divisore significa falsare la corretta valutazione della dose. Aumentarlo artificialmente, per non dire in modo fraudolento, equivale a sottovalutare la dose patogena effettivamente ricevuta.


2 La fisica nucleare ufficiale utilizza il volume effettivamente irradiato ?


No, e l’esempio che segue questa esposizione dimostra una frode gigantesca, con l’aumento di un miliardo di volte del volume della zona reale irradiata per dividere proporzionalmente la dose effettivamente ricevuta.


Eppure questa incommensurabile esagerazione dei volumi irradiati con la conseguente mostruosa sottovalutazione delle dosi patogene assorbite, questa falsificazione sistematica della realtà fisica, è la norma ufficiale e la pratica corrente adottata sin dall’alba del nucleare sotto gli occhi ignoranti, indifferenti e arroganti dei fisici “consacrati”.


Il volume ufficiale che si considera irradiato è aumentato di un miliardo di volte rispetto a quello realmente irradiato. È proprio questo mostro tumefatto a dettar legge sulla nostra radioprotezione, è lui che regolamenta le legislazioni e le decisioni di giustizia che, permettendo l’inquinamento radioattivo della biosfera e della terra, porta alla lenta ma inesorabile morte collettiva popolazioni e contingenti militari.


Questa infernale inflazione dei volumi, questa criminale minimizzazione delle dosi rilasciate, corrisponde in tutto e per tutto a ciò che Maurice Eugène André aveva già sottolineato e denunciato da tempo con i suoi studi matematici sull’“effetto di prossimità”[1].


Ma giudicate voi stessi. Sebbene tutti sappiamo che l’irraggiamento alfa è fisicamente limitato a 50 micron nei tessuti[2] e in grado di irradiare a termine soltanto una sfera massima dal diametro di 100 micron e dal peso di 5,24E-7 grammi, (laddove per E-7 si intende esponente -7), “secondo i nostri esperti ufficiali” l’energia di una particella di plutonio 239 immobilizzata in un polmone è assorbita dall’intero polmone dal peso di 570 grammi ! In breve non esiste alcun rischio poiché l’energia radioattiva si trova ripartita in un volume enorme[3] e del tutto falsato! Lasciando perdere l’inutile complicazione del calcolo del numero di disintegrazioni emesse in 2 anni da questa particella di plutonio, concentriamoci sul valore del divisore qui di seguito menzionato. È lì collocata la trappola dei falsari, è lì nascosto il trabocchetto per i fisici da baraccone. 570 grammi invece di 0,523 micro-grammi è una differenza abissale ! L’energia viene in questo modo artificialmente distribuita su un volume di tessuti che è non meno di 1 miliardo di volte più esteso di quanto non possa fisicamente esserlo. (570/5,235983E-7 = 1.088.620.730)…


Per quanto inverosimile possa sembrare, il nostro tragico destino planetario è tuttavia scritto in questo divisore che sottovaluta del tutto artificiosamente di diverse centinaia di milioni di volte la reale dose assorbita. È questo divisore che ha concesso il rilascio “legale” nell’aria di spaventose quantità di polveri di uranio 238 “senza che nessuno fiati”; è per via di questo divisore che viene “legittimamente” negata giustizia alle popolazioni ammalate e ai soldati contaminati, è sempre grazie a esso che, qua e là, si abitano “senza pericolo alcuno” zone proibite.


3 Conclusione


Questi calcoli gonfiano a dismisura i volumi al fine di abbassare proporzionalmente le dosi “effettivamente” assorbite, in modo da conferire loro la rassicurante innocuità apparente del millisievert e del millirad. Nel modo più erroneo che esista, questi “calcoli ufficiali” considerano ionizzate delle vaste porzioni di tessuto corporeo che sono invece intatte. Una cantonata così monumentale (e voluta) è, nell’ambito della “radioprotezione”, di una gravità assoluta. Essa implica una perversa sottovalutazione sistematica delle dosi assorbite, attenua d’ufficio i pericoli e falsifica la soglia d’allarme. È di per se un crimine passibile della corte marziale. Perché non è, infatti, soltanto sbagliare i calcoli, bensì ingannare le vite umane che dipendono da quei calcoli: gli agenti del settore nucleare, gli ammalati, i militari, l’intera umanità. Non si scherza con i calcoli nucleari.


Questi calcoli ufficiali di “radioprotezione” non sono quindi nient’altro che le ignobili maschere di una “radio-aggressione” generalizzata nei confronti degli individui e delle popolazioni. Ma cosa importa agli “scienziati” in carica se l’inganno del calcolo è l’articolo della morte dell’umanità. Cosa importa se tacciono, o addirittura negano, mentre “l’atomo della pace” contamina e uccide. Ad incoronarlo c’è un premio Nobel per la Pace dei cimiteri.




Maurice Eugène ANDRE
Presidente dell’AIPRI
Paolo SCAMPA
Vice-presidente dell’AIPRI




SEGUE IL TESTO DA NOI CONFUTATO.


_____________________________________________________
The nuclear energy option, Plenum Press, 1990. Bernard L. Cohen.


http://www.phyast.pitt.edu/~blc/book/chapter13.html
Radiation Dose to Lung from Plutonium and the Lung Cancer Risk
This calculation requires knowing (or accepting) some scientific definitions and may therefore not be understandable to many readers. We calculate the dose to the lung from a trillionth of apound of plutonium residing there for 2 years. The number of plutonium atoms is 10-12 lb x 450 g/lb x (6 x 1023 atoms/239 gm)= 1.1 x 1012 where 6 x 1023 is Avogadro's number and 239 is the atomic weight. Since half of the plutonium atoms will decay in 24,000 years (the half life), the fraction undergoing decay during the 2 years it spends in the lung is a little more than one in 24,000; actually it is 1/17,000. The number that decay is then (1.1 x 1012/17,000 =) 7 x 107. Each decayreleases an energy of about (5 MeV x 1.6 x 10-13 joules/MeV =) 8 x 10-13 joules, so the total radiation energy deposited is (7 x 107 x 8 x 10-13 =) 5.6 x 10-5 joules. The weight of the average person's lung is 0.57 kg46; thus the energy deposited is (5.6 x 10-5 / 0.57 =) 1 x 10-4 joules/kg.[4] The definition of a millirad is 1 x 10-5 joules of energy deposit per kg of tissue. The dose is therefore (1 x 10-4 / 1 x 10-5 =) 10 millirad. Since only 15% on what is inhaled spends this 2 years in the lung, 23 the exposure per trillionth of a pound inhaled is (10 x 0.15 =) 1.5 millirad. For alpha particles - the radiation emitted by plutonium - 1 millirad equals 20 millirem, so the dose to the lung is (1.5 x 20 =) 30 millirem per trillionth of a pound inhaled.


Estimates by BEIR, UNSCEAR, and ICRP give a risk of about 5 x 10–7 lung cancers per millirad of alpha particle exposure. The number of lung cancers per pound inhaled is therefore (1.5 x 1012 x 5 x 10-7 =) 8 x 105. Mays estimates 4 x 105 liver and bone cancers per pound inhaled, bringing the total effect to 1.2 million cancers of all types per pound inhaled.


[1] Plutonium, poumons et effets de proximité, M.E. André, in Etudes & Expansion, n° 276, 1978.


[2] “Hot” or radioactive particle in lung tissue”, photo by Del Tredici, Burdens of Proof by Tim Connor, Energy Research Foundation, 1997.http://www.mindfully.org/Nucs/Hot-Particle-Lung-Tissue1997.htm
http://www.ccnr.org/alpha_in_lung_f.html
http://lowdose.tricity.wsu.edu/resources_pics/pages/003%20image_gif.htm


[3] Equivale a sostenere che una granata lanciata in una stanza gremita di gente non provoca danni in quanto il quartiere dove è avvenuta l’esplosione non ha subito conseguenze ed è tutt’ora in piedi !


[4] Allorché bisognerebbe calcolare (Nb. 5,24E-7 gr = 5,24E-10 kg): 5.6 x 10-5/ 5,24E-10 = 106870 Joules/kg ecc.

mercoledì 21 marzo 2012

Vous avez dit faible dose ?


Vous avez dit faible dose ? III. Le cas du plutonium 239


AIPRI


Le plutonium 239 est un radioélément artificiel d'une période radioactive de l'ordre de 24400 ans. Son activité spécifique s'élève à 2,27E9 Bq/gr (6,13E-2 Ci/gr) et sa constante de désintégration s-1 (λ) est de 9,008E-13. Son taux de désintégration par jour est de 1-EXP(24*60*60*-9,01E-13) = 0,0000078%, par mois de 0,000233% et par an de 0,002841%. L'élément emploiera autour de 243169 ans pour désintégrer 99,90% de ces atomes et les transformer en Uranium 235.   Métal lourd, il a une densité de 19,84 gr/cm3.


Il désintègre en mode α en expulsant de son coeur à la vitesse de 20000 km/s un projectile sub-atomique de la taille d'un noyau d'helium. Cette micro-bille α faite de deux neutrons et deux protons accolés freinera sur une très courte distance par télescopage avec les atomes du milieu traversé. Chacune de ses particules α déploie une énergie ionisante de 5,243 MeV, soit de 5,243 MeV * 1,60209E-7 Erg par MeV = 8,3998E-7 Erg. Cette énergie est en mesure de donner lieu durant son court et brutal cheminement à environ 374 mille ionisations; en admettant qu'une ionisation coûte 14 électronVolt. Trop grosses pour se faufiler dans la matière sans en percuter à très bref intervalles les atomes ambiants, les particules α ne franchissent que 0,05 millimètre (50 micromètres) dans la matière biologique (ou dans l'eau).


Immobilisée dans les tissus vivants, une poussière fine de tout radio-élément α dissipe ainsi l'énergie ionisante de ses radiations émises dans toutes les directions dans une minuscule sphère ayant un rayon de 50 microns égal au trajet maximal dans la chair de ses rayonnements α. Une telle sphère de chair pèse pour autant ce poids infinitésimal de 523,6 ngr (4/3 * Pi * (50 * 0,0001^3)); 1 cm3 de chair pesant 1 gr.


Etude de cas d'une poussière fine de plutonium 239 bloquée dans les tissus: une particule radioactive interagit avec la matière biologique comme un véhicule fou sans frein interagit avec la foule de piétons qui l'arrête.


Une poussière fine de plutonium 239 de 1 micron de diamètre a un volume de  4/3 * Pi * (0,50 * 0,0001 ^3) = 5,24E-13 cm3, un poids de 10,39 pgr (5,24E-13 cm3 * 19,84 gr/cm3), contient 2,62E10 atomes et présente une activité de 2,358E-2 Bq. (1,039E-11 gr * 2,270E9 Bq/gr = 23,58 mBq). En 1 an cette particule désintègre 2,62E10 * 1-(Exp(31536000*-9,008E-13)) = 743572 fois. Elle est pour autant en théorie capable de provoquer plus de 278 milliards d'ionisations en une année dans, au maximun, une cinquantaine de cellules vivantes. En cas d'incorporation et de fixation cette poussière fine radioactive dépose ainsi dans la microscopique boule de chair atteinte 7,44E5 Bq * 5,243 MeV * 1,60209E-7 Erg par MeV / 5,236E-7 gr = 1,19 million de Erg (0,11929 Joule -1 Erg = 1E-7 Joule-) soit 11928,65 RAD puisque 1 Rad équivaut à 100 Erg/gr. Compte tenu enfin du fait que les particules α ont une de efficacité biologique relative (EBR) de 10, le dommage effectif subi est de 119286,51 REM (RAD * EBR = REM), à savoir de 1192,87 Sievert.  Vous avez dit faible dose ?

venerdì 16 marzo 2012

Une chaîne humaine géante dimanche

Une chaîne humaine géante dimanche pour sortir du nucléaire

Créé le 10/03/2012 à 16h29 -- Mis à jour le 10/03/2012 à 16h31


giovedì 15 marzo 2012

Nuclear phobia caused by life-threatening nuke plants

Japanese envoy blames ‘nuclear 

phobia’ for plant closures

Published: 15 March 2012
Nuclear plants have remained closed in Japan since the Fukushima disaster because of an irrational ‘nuclear-phobia’ among local communities, the Japanese trade envoy has told a meeting in Brussels.

Background

Following the 11 March 2011 earthquake and tsunami in Japan and the nuclear tragedy at Fukushima, European leaders agreed on 25 March to set the "highest standards" of nuclear safety and submit all plants to "stress tests”.
The stress tests are examining whether nuclear power plants can withstand the effects of natural disasters such as earthquakes and floods and, secondarily, man-made actions such as plane crashes and terror attacks.
The stress tests cover 143 nuclear power plants operating in Europe, plus six under construction and 15 planned.
Only two out of Japan’s 54 nuclear reactors are currently operating, a legacy of the systems failures, nuclear meltdowns and radioactive releases that occurred a year ago, when a tsunami struck the Fukushima complex.
“Not surprisingly, there is a widespread ‘nuclear-phobia’ at this point in time,” said Jun Arima, director-general of JETRO, the Japanese trade mission in Brussels. “In the most recent opinion poll, the people approving and opposing the reopening of nuclear plants were almost half and half.”
But “there are different amounts according to gender,” he noted. “Males tend to support the reopening and females tend to oppose it.”
Asked by EurActiv whether opposition to plant closures was based on scientific considerations, Arima replied that the science involved was contested by both sides.
“I personally consider that the opposition is very much mobilised by emotion,” he added. “But if I said that in public in Japan, I would be heavily criticised.
His words indeed provoked an angry response from environmentalists in Europe and Japan.
Japanese women
Claude Turmes, a Green MEP and substitute European Parliament delegate for EU-Japan relations, described Arima’s comments as “an offence to Japanese citizens, especially women.”  
“The Fukushima disaster has shown that nuclear energy is a real risk and it is a pity that Japanese officials are not learning the lessons from it,” he said.
According to Japan’s 2010 Energy Plan, the supply of electricity from nuclear energy was slated to double from 26% in 2007 to 53% in 2030, with the share of renewable energy rising from 9% to 21% in the same timeframe.
This had affected Tokyo’s ability to commit to a second round of Kyoto Protocol emissions, Arima said, as spatial and economic constraints prevented a widespread roll out of renewable energy.  
Environmentalists contest this, and the energy battleground in Japan has turned to the reopening of nuclear reactors shut a year ago, with implications for the future of nuclear power in the rest of the world.
Fukui frontline
On the frontline, Fukui prefecture contains 14 nuclear reactors – Japan’s most dense concentration of atomic plants – and yesterday (14 March), the prefecture’s local assembly debated reopening plants. They could not reach an agreement.
Speaking on a phone line from the assembly, Wakao Hanaoka, Greenpeace Japan’s campaigns director, told EurActiv that “people here have been forced to choose between the safety of their jobs and the safety of their lives”.
“Most people oppose the plants reopening even though many of them were hired by the nuclear industry,” he added. “It doesn’t matter if they are men or women, young or old, they are simply scared of the plants because they are life-threatening.”
Speaking at the Institut français des relations internationales in Brussels, Arima conceded that “it is a very divisive issue in Japan”.  
The Japanese government’s process for reopening shut nuclear reactors requires that plants first pass a ‘stress test’, after which the prime minister, three cabinet ministers and the chief of the cabinet office must give their approval.
Following that, consent is needed from local communities and this is where the battle for public opinion is crucial.
Mothballed reactors
Japan’s last two operating reactors are due to go offline for maintenance in late April and environmentalists claim that nuclear enthusiasts are pushing hard to get some currently mothballed reactors back online by that point.
“If all the nuclear plants go offline, we will experience a nuclear-free Japan and the electricity industries don’t want citizens to realise that it is possible. This is the battle point and Fukui prefecture is its strongest line,” Hanaoka said.
Despite the virtual shutdown of the country’s nuclear industry, Japan has experienced few electricity supply problems since the Fukushima disaster. But it has also largely replaced nuclear power with energy from fossil fuels.   
Arima said that if this change was made permanent, carbon dioxide emissions would be 20% higher in 2020 than they were in 1990, and fuel costs would rise by 10% for households and 17% for industry.

Next Steps

  • 1 January-30 April 2012: Peer reviews of nuclear stress tests to be carried out
  • Late April 2012: Last two operating Japanese nuclear reactors due to go offline for inspection
  • 28-29 June 2012: A final stress report report will be submitted to the European Council

domenica 11 marzo 2012

Beyond Treason (2005) Documentary

The Fukushima story you didn't hear


The Fukushima story you didn't hear on CNN


Thursday, March 8, 2012
"Completely and Utterly Fail in an Earthquake"
by Greg Palast
for FreePress.org


I've seen a lot of sick stuff in my career, but this was sick on a new level.


Here was the handwritten log kept by a senior engineer at the nuclear power plant:
Wiesel was very upset. He seemed very nervous. Very agitated. . . . In fact, the plant was riddled with problems that, no way on earth, could stand an earth- quake. The team of engineers sent in to inspect found that most of these components could "completely and utterly fail" during an earthquake.
"Utterly fail during an earthquake." And here in Japan was the quake and here is the utter failure.

The warning was in what the investigations team called The Notebook, which I'm not supposed to have.  Good thing I've kept a copy anyway, because the file cabinets went down with my office building ....
WORLD TRADE CENTER TOWER 1, FIFTY-SECOND FLOOR
NEW YORK, 1986

[This is an excerpt in FreePress.org from Vultures' Picnic: In Pursuit of Petroleum Pigs, Power Pirates and High-Finance Fraudsters, to be released this Monday.  Click here to get the videos and the book.]
Two senior nuclear plant engineers were spilling out their souls and files on our huge conference table, blowing away my government investigations team with the inside stuff about the construction of the Shoreham, New York, power station.
The meeting was secret. Very secret. Their courage could destroy their careers: No engineering firm wants to hire a snitch, even one who has saved thousands of lives. They could lose their jobs; they could lose everything. They did. That’s what happens. Have a nice day.
On March 12 this year, as I watched Fukushima melt, I knew:  the "SQ" had been faked.  Anderson Cooper said it would all be OK.  He'd flown to Japan, to suck up the radiation and official company bullshit.  The horror show was not the fault of Tokyo Electric, he said, because the plant was built to withstand only an 8.0 earthquake on the Richter scale, and this was 9.0.  Anderson must have been in the gym when they handed out the facts.  The 9.0 shake was in the middle of the Pacific Ocean, 90 miles away.  It was barely a tenth of that power at Fukushima.
I was ready to vomit.  Because I knew who had designed the plant, who had built it and whom Tokyo Electric Power was having rebuild it:  Shaw Construction.  The latest alias of Stone & Webster, the designated builder for every one of the four new nuclear plants that the Obama Administration has approved for billions in federal studies.
But I had The Notebook, the diaries of the earthquake inspector for the company.  I'd squirreled it out sometime before the Trade Center went down.  I shouldn't have done that.  Too bad.
All field engineers keep a diary. Gordon Dick, a supervisor, wasn’t sup- posed to show his to us. I asked him to show it to us and, reluctantly, he directed me to these notes about the “SQ” tests.
SQ is nuclear-speak for “Seismic Qualification.” A seismically qualified nuclear plant won’t melt down if you shake it. A “seismic event” can be an earthquake or a Christmas present from Al Qaeda. You can’t run a nuclear reactor in the USA or Europe or Japan without certified SQ.
This much is clear from his notebook: This nuclear plant will melt down in an earthquake. The plant dismally failed to meet the Seismic I (shaking) standards required by U.S. and international rules.
Here’s what we learned: Dick’s subordinate at the nuclear plant, Robert Wiesel, conducted the standard seismic review. Wiesel flunked his company. No good. Dick then ordered Wiesel to change his report to the Nuclear Regulatory Commission, change it from failed to passed. Dick didn’t want to make Wiesel do it, but Dick was under the gun himself, acting on direct command from corporate chiefs. From The Notebook:
Wiesel was very upset. He seemed very nervous. Very agitated. [He said,] “I believe these are bad results and I believe it’s reportable,” and then he took the volume of federal regulations from the shelf and went to section 50.55(e), which describes reportable deficiencies at a nuclear plant and [they] read the section together, with Wiesel pointing to the appropriate paragraphs that federal law clearly required [them and the company] to report the Category II, Seismic I deficiencies.
Wiesel then expressed his concern that he was afraid that if he [Wiesel] reported the deficiencies, he would be fired, but that if he didn’t report the deficiencies, he would be breaking a federal law. . . .
The law is clear. It is a crime not to report a safety failure. I could imagine Wiesel standing there with that big, thick rule book in his hands, The Law. It must have been heavy. So was his paycheck. He weighed the choices: Break the law, possibly a jail-time crime, or keep his job.
What did Wiesel do? What would you do?
Why the hell would his company make this man walk the line? Why did they put the gun to his head, to make him conceal mortal danger? It was the money. It’s always the money. Fixing the seismic problem would have cost the plant’s owner half a billion dollars easy. A guy from corporate told Dick, “Bob is a good man. He’ll do what’s right. Don’t worry about Bob.”
That is, they thought Bob would save his job and career rather than rat out the company to the feds.
But I think we should all worry about Bob. The company he worked for, Stone & Webster Engineering, built or designed about a third of the nuclear plants in the United States.
From the fifty-second floor we could look at the Statue of Liberty. She didn’t look back.
***
Greg Palast is the author of Vultures' Picnic: In Pursuit of Petroleum Pigs, Power Pirates and High-Finance Carnivores.
Get it now!
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********
5 years ago, we published out first report on the Vultures with BBC TV and Democracy Now! - in the UK it set London MP's to action - the former Prime Minister Gordon Brown called them "morally outrageous” and pledged to make them illegal in that country.
In the US it was two Congressman, Donald Payne and John Conyers that stormed the White House with our report and told the President that he must act.
Congressmen Donald Payne, tirelessly fought against Vulture Funds in this country, calling hearings, pushing the Washington beltway to take notice of this practice. He died this week, he will be missed. State Senator Richard Codey said it best "He was bigger than life but never conducted himself that way, If you were violating somebody’s rights, you better get out of the way.”

giovedì 1 marzo 2012

Fukushima Disaster and Japan’s Occupy Movement

The Fukushima Disaster and Japan’s Occupy Movement

by Hiro Saito
On October 15, 2011, Occupy Tokyoprotests took place in three different districts: Hibiya, Shinjuku, and Roppongi. Before the rallies began, protesters gathered in parks where organizers and participants gave speeches. They expressed solidarity with the worldwide Occupy movement, criticized a widening economic gap in Japan, and demanded a more just world. Protesters then took to the streets with their placards, drums, and megaphones to shout slogans to reclaim society for “the 99%.”
Yet, the Occupy Tokyo protests were underwhelming: they drew only about five hundred people in total. The protests also lasted only a day and did not make a claim on public spaces that could have turned Occupy Tokyo into a durable movement. At first glance, the Occupy movement that spread across the United States and Europe seemed to have little resonance in Japan.
On closer inspection, however, it becomes clear that the Occupy movement did not lack resonance but was articulated in a distinct way: Japan’s Occupy movement intersected with the nationwide nuclear power phaseout movement that emerged in response to the Fukushima disaster. This peculiar articulation of Japan’s Occupy movement is best exemplified by the presence of three tents in front of the Ministry of Economy, Trade and Industry (METI), the organization responsible for formulating Japan’s economic policies. Since September 11, 2011, activists have been taking turns to occupy the tents twenty-four hours a day, seven days a week. They are protesting the Japanese government’s pro-nuclear energy policy.
The activists target the METI because the ministry has worked closely with the Tokyo Electric Power Company (TEPCO) and promoted nuclear power by defining it as a central pillar to sustain Japan’s economic growth. Although the government began reconsidering its energy policies after the Fukushima disaster, the METI continues to support nuclear power. For example, the METI is currently trying to authorize electric power companies to restart nuclear reactors that were stopped after the Great East Japan Earthquake as well as to help Japanese manufacturing companies build nuclear power plants in Jordan, Vietnam, and the United States.
Thus, the three tents occupying a small piece of the METI’s property symbolize a claim to democratic control of energy policies. The occupants are opposed to the way state bureaucrats continue to promote nuclear power while ignoring their voices. Indeed, many participants of Occupy Tokyo held up placards demanding the phaseout of nuclear power and calling for solidarity with victims of the Fukushima disaster. One of the protests also moved through Hibiya District to demonstrate in front of the METI and TEPCO. The protesters were demanding a nuclear-free, more sustainable society as much as greater economic equity. In fact, Japan’s nuclear power phaseout movement itself is a form of the Occupy movement, in support of strengthening the influence of the public, as opposed to bureaucracies and corporations, over government.
The Tents within Japan’s Nuclear Power Phaseout Movement
Within a week of the onset of the Fukushima disaster, a small group of people began organizing protests in front of TEPCO to demand the phaseout of nuclear power. While protests against TEPCO continued, the opposition to nuclear power spread across Japan. The Fukushima disaster not only reinvigorated the existing phaseout movements in municipalities near nuclear power plants but also prompted new actors, such as parents who feared the effects of nuclear fallout on their children, to join the opposition. A growing number of protests culminated in the nationwide “Nuclear Power Phaseout, One Million People’s Action” on June 11.
Although protests initially targeted TEPCO and other electric power companies that owned nuclear reactors, the movement began shifting its focus to the Japanese government. This shift occurred because people recognized that electric power companies could not have constructed nuclear reactors without government help. To begin with, the government allowed TEPCO to practically monopolize the production and transmission of electricity in East Japan as well as to use full-cost pricing. This legal framework encouraged TEPCO to build expensive nuclear power plants to increase profits. Thus, when protests were staged in Tokyo on September 11 to mark the six-month anniversary of the Fukushima disaster, participants formed a human chain around the METI building and demanded that the government should change its pro-nuclear policy.
On the same day, activists set up a tent in front of the METI to occupy a small piece of its property. METI officials immediately asked them to leave, but the activists insisted that the tent should serve as a space for citizens to debate issues related to nuclear power. Since September 11, METI officials have repeatedly warned the activists of eviction. Pro-nuclear right-wing activists also came to harass the tent occupants. However, the tent occupants and their supporters held on, while two more tents were added.
As of late February 2012, the tents are still standing and becoming a focal point for Japan’s nuclear power phaseout movement. When women from Fukushima organized sit-in protests in front of the METI between October 27 and 29, for example, the tents functioned as their base. Moreover, when activists come to Tokyo from other prefectures to lobby politicians or negotiate with state bureaucrats, they often stop by the tents to exchange opinions and expand activist networks. The tent occupants now have their own web site to upload blog posts and update the schedule of events taking place at the tents.
Thus, the tents have come to symbolize the effort of Japan’s nuclear power phaseout movement to reclaim control of energy policies from bureaucrats as well as from corporations. By the same token, the tents embody distinct characteristics of the movement—its organizational form and tactics as well as the difficulties that it faces.
A Network of Anti-nuclear and Environmental NGOs
Just as the tents serve as a focal point for interactions among a wide variety of activists, Japan’s nuclear power phaseout movement is a loose collection of heterogeneous actors. Roughly speaking, movement actors can be classified into two groups. The first group consists of old, protest-oriented NGOs that began anti-nuclear movements in the context of the Cold War, such as the Japan Council against Atomic and Hydrogen Bombs. The second group is made up by new, advocacy-oriented NGOs, like Friends of the Earth Japan, that focus on environmental problems and policies. The composite nature of the movement is best exemplified by the NGO network “e-shift,” launched in April 2011 to coordinate activities of these two groups of NGOs geared toward phasing out nuclear power and promoting renewable energy.
The nuclear power phaseout movement, however, has been dominated by old NGOs and their supporters that tend to oppose nuclear power on moral grounds; for example, they argue that nuclear power is unacceptable because it threatens humankind. They resort to moral arguments because their activities have been anchored in memories of the atomic bombings of Hiroshima and Nagasaki. This moralistic opposition to nuclear power motivates theAssociation for a National Referendum on Nuclear Power Plants. The Association is currently trying to intervene directly in Japan’s energy policies by lobbying Diet members to enact a law authorizing a national referendum on nuclear power as well as by collecting the number of signatures required to authorize similar referendums in Tokyo Prefecture and Osaka City.
Although moral rejection of nuclear power did help mobilize protests by appealing to people’s emotion, it also made the movement vulnerable to criticisms from supporters of the status quo. For example, Tokyo Governor Shintaro Ishihara bluntly dismissed the possibility of a prefectural referendum on nuclear power because “supporters of the referendum present no clear alternatives to nuclear power. Their opposition is simply sentimental.” To be sure, advocacy-oriented environmental NGOs have proposed fairly detailed policy plans to phase out nuclear power and promote renewable energy. However, this new wing of the movement remains weak. Even though the government passed the Nonprofit Activities Promotion Law in 1998, NGOs in Japan are still short on financial, institutional, and human resources. Only a handful of NGOs can afford to hire full-time staff to engage in extensive policy analysis and advocacy, and even these NGOs depend heavily on volunteer staff. This weakness in policy analysis and advocacy has limited the ability of the movement to influence the government’s energy policies.
Obstacles to Translating Public Opinions into Government Policies
The ability of the movement to influence energy policies is further curtailed by a small “bandwidth” for communication between movement actors and government officials. In Japan, activists often try to negotiate directly with state bureaucrats. These “government negotiations” are different from typical lobbying activities that aim to influence elected politicians. Government negotiations can be more effective than lobbying activities in Japan because state bureaucrats are more powerful than politicians in the process of policy-making. State bureaucrats still draft the majority of bills submitted to the Diet, and ministries continue to regulate activities of industries and local governments through administrative directives.
However, state bureaucrats are reluctant not only to come to the negotiation table but also to revise their position during negotiations. As former state bureaucrats repeatedly point out in their writings, Japan’s state bureaucracy is highly self-contained. After new college graduates enter a ministry, they stay within the same ministry until they retire. This system of employment prevents state bureaucrats from experiencing the world outside their own ministries, which makes them highly esoteric and rigid in terms of the administrative language that they use to handle policy issues. Thus, when state bureaucrats and movement actors manage to interact, their negotiations are often hampered by their “linguistic” difference. That the tent occupants and METI officials rarely interact—and even if they do, often talk past each other—is indicative of the small communication bandwidth between the movement and the government.
A commission is another mechanism that curtails the influence of the nuclear power phaseout movement over energy policies. In Japan, the government regularly establishes commissions consisting of experts to make policy recommendations; however, the selection of commission members is generally biased for the status quo. A case in point is the selection of members for the Commission for Comprehensive Research on Natural Resources and Energy that the METI created. Among twenty-five commission members, only eight take positions critical of nuclear power, ranging from the immediate shutdown to the gradual phaseout of all nuclear reactors. Another, more explicit bias is found in the member selection for the Evaluation Commission for Procurement Costs. The goal of the commission is to decide the amount and duration of feed-in-tariff arrangements to promote renewable energy; however, among five candidates that the METI recommended for the commission, three opposed feed-in-tariff arrangements for renewable energy in the past.
Despite these institutional obstacles, the nuclear power phaseout movement succeeded in inserting some influence. That the Commission for Comprehensive Research on Natural Resources and Energy now has eight members opposing nuclear power is a significant departure from the past, when pro-nuclear experts dominated energy-related commissions. Moreover, the member selection for the Evaluation Commission for Procurement Costs has been suspended since NGOs lobbied Diet members and persuaded many of them to oppose the proposed member selection. In both cases, movement actors used information and communication technologies (ICTs) to publicize biases in the commission member selection and to mobilize concerned citizens to leave comments on the METI’s web site and call or fax politicians elected from their districts.
The Democratizing Potential of ICTs
Indeed, Japan’s nuclear power phaseout movement depends heavily on ICTs. Movement actors, including the tent occupants, use them to disseminate information about their activities. Twitter, mailing lists, and Facebook are the most popular mediums through which organizers circulate advertisements for forthcoming protests, seminars, and government negotiations, among other events.
Movement actors also use ICTs to publicize their own news reports and expert analyses. For example, environmental NGOs regularly circulate links to web sites where they uploaded PDF files of handouts distributed at seminars and statements issued at press conferences. Moreover, Ustream Japan and Our Planet-TV live-broadcast activities of the nuclear power phaseout movement through Internet video streaming and upload recordings on their web sites; for instance, video clips of sessions at the Global Conference for a Nuclear Power Free World in January 2012 are available from Ustream Japan’s web site.
Thus, ICTs have expanded the ability of the nuclear power phaseout movement to counteract pro-nuclear tendencies in the Japanese government and mainstream media. To be sure, the movement’s expanded communication bandwidth does not automatically translate into its greater influence over energy policies. Nonetheless, the increased plurality of information in the public sphere has been an important service to Japanese citizens. From the onset of the Fukushima disaster, the government and mainstream media tended to downplay information unfavorable to nuclear power, given their extensive collusion with electric power companies. Since ICTs helped the movement offer alternative news stories and expert reports, it is now possible for Japanese citizens to be more reflective in their reading of official storylines and engage in more reasoned discussion of problems related to the Fukushima disaster.
Toward a More Sustainable and Equitable Democracy
As the first anniversary of the Fukushima disaster approaches, the nuclear power phaseout movement is planning protests across Japan. In New York City, too, Japanese and American activists are going to jointly organize “3.11 Action NYC” to demand the phaseout of nuclear power and to show their solidarity with victims of the Fukushima disaster. The flier for the forthcoming protest in New York City says, “We are outraged. We are the 99%. We demand to shut down all nuclear power plants in the world.”
Here, it is crucial to recognize how issues of ecological sustainability and economic equity are intertwined. The Japanese government is rushing to restart some of the stopped nuclear reactors primarily because Japan has created an economic system in which electric power companies would suffer huge financial losses without operating nuclear reactors. Japan could go nuclear power free today, as far as the capacity to meet electricity demand is concerned. If that happens, however, electric power companies will produce enormous amounts of bad debts for banks, the government, and, ultimately, the taxpayers to shoulder: the 99% would have to pay for a collapse of the ecologically unsustainable economy of nuclear power that benefited the 1%.
Moreover, phasing out nuclear power and shifting toward renewable energy will not necessarily eliminate the inequality between the 1% and the 99%. If the government allows electric power companies like TEPCO to retain their near-monopolistic control of electricity production, they will simply create mega-solar plants and wind farms to keep making profits at the expense of ordinary citizens. That will prevent people from taking advantage of distinct features of renewable energy sources that are conducive to community-based, more democratic energy governance. The choice between nuclear power and renewable energy therefore intersects with the choice between two systems of energy production—one controlled by corporations, the other governed by communities.
Thus, Japan’s nuclear power phaseout movement is ultimately a movement toward a more sustainable and equitable democracy. In this respect, it is an Occupy movement par excellence, albeit distinctly articulated with the Fukushima disaster.

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