North Korean strike plan for mainland U.S. revealed and EMP risks evaluated
North Korean leader Kim Jong Un photographed on 29 March 2013 in front of a large map labelled “U.S. Mainland Strike Plan,” with missile trajectories plotted from North Korea to four American state targets: Hawaii (Pacific), San Diego (California), Washington D.C., and Austin (Texas). The question is, are these intended EMP target points (high altitude nuclear bursts)?
North Korea has tested nuclear weapons (0.48 kiloton on 9 Oct 2006, 2.35 kilotons on 25 May 2009, and 7.7 kilotons on 12 Feb 2013) and missiles, most recently placing a satellite in orbit on 12 Dec 2012 using a 3-stage rocket. This indicates that North Korea could deliver nuclear warheads exceeding 7 kilotons yield to detonate 75 km over several major American cities, producing E1 (prompt gamma ray) EMP damage that could cripple the USA. As the graphs and maps below show, even major inaccuracies in detonation location and altitude would have comparatively little effect on the devastating EMP results.
Above: E1 (prompt gamma ray) EMP field strengths for a 0.3 gauss magnetic field at the equator. Over central USA, the EMP strengths are doubled because the magnetic field is twice as strong, about 0.6 gauss. Notice that owing to the conduction current, the EMP increases only slowly with bomb yield. (Note also that the EMP that crippled 30 strings of streetlamps in Hawaii from the nuclear test 1,300 km away on Johnston Island on 9 July 1962 was only 5.6 kV/m in strength as Dr Longmire reveals in EMP interaction note 353, in the era before EMP-sensitive modern electronics, thus all of the damage in 1962 was caused to large relatively insensitive overload fuses, not microprocessors or computers and power supplies.)
If the North Korean bombs have a thin beryllium tamper and minimal thickness of high explosive around the core, quite a high fraction of prompt gamma rays will be released (3.5% of the energy of fission is in the form of highly penetrating ~2 MeV prompt gamma rays, many of which obviously can escape from small, low yield bombs with relatively little shielding around their core). The distribution of the EMP over America is plotted in graphs below, taken from the recent 2010 report for the US EMP Commission, Meta-R-320:
Herman Kahn surveyed the wide spectrum of coercive uses for nuclear weapons tests - from underwater to high altitude (EMP effects) - in his 1965 book, On Escalation, pages 214-5 (linked here):
'Consider ... the use of nuclear weapons to coerce an opponent by means of a spectacular show of force. In this case, it is clear that there is an almost continuous spectrum of alternatives available. They can be ranked as follows:
'1. Testing a large weapon for purely technical reasons almost as part of a normal test programme.
'2. Testing a very large weapon, or testing on a day that has particular political significance, or both.
'3. Testing a weapon off the coast of the antagonist so that the populace can observe it.
'4. Testing a weapon high in outer space near the antagonist's airspace [EMP].
'5. Testing lower in outer space, or directly over the opponent's country [EMP].
'6. Testing so low that the shock wave is heard by everybody, and perhaps a few windows are broken.'
Above: America is preparing for urban nuclear detonations due to nuclear proliferation, which itself stems from the attraction to dictatorships of exaggerated urban nuclear weapons effects hype from the cold war era. In the Cold War, exaggerations aided nuclear deterrence of the tremendous conventional forces of the Warsaw Pact, which was relatively cheaply (compared to conscripting half the population into a conventional army). For example, houses were built with a clear radial line-of-sight to the fireball in the unobstructed Nevada desert in 1953 Operation Upshot Knothole test Encore which proved that if we knock all the houses down in a city to prevent any shadowing effects, thermal radiation still cannot ignite a whitewashed wooden house, but will ignite one packed with inflammables at the (very dry) 19% relative humidity of that test. The same stunt was repeated in 1955 at Operation Teapot, shot Apple 2, where again thermal, blast and nuclear radiation effects were exaggerated by failing to simulate the shadowing and shielding of a modern city. In Hiroshima, the secret USSBS report 92 volume 2 showed that there was an enormous difference in mean areas of effectiveness for destruction of modern city buildings and the predominant wooden houses which are not found in modern city centres, which would be the targets for nuclear attack:
Glasstone and Dolan write in the 1977 edition of The Effects of Nuclear Weapons, pages 611-612 (paragraphs 12.209-12.211):
"From the earlier studies of radiation-induced mutations, made with fruitflies, ... The mutation frequency appeared to be independent of the rate at which the radiation dose was received. ... More recent experiments with mice, however, have shown that these conclusions must be revised, at least for mammals. ... in male mice ... For exposure rates from 90 down to 0.8 roentgen per minute ... the mutation frequency per roentgen decreases as the exposure rate is decreased. ... in female mice ... The radiation-induced mutation frequency per roentgen decreases continuously with the exposure rate from 90 roentgens per minute downward. At an exposure rate of 0.009 roentgen per minute [0.54 roentgen/hour], the total mutation frequency in female mice is indistinguishable from the spontaneous frequency. There thus seems to be an exposure-rate threshold below which radiation-induced mutations are absent or negligible, no matter how large the total (accumulated) exposure to the female gonads, at least up to 400 roentgens."
Above: land equivalent 48 hour downwind fallout doses from even dirty H-bombs would be survivable in a modern city concrete building with a protection factor of 10 or more, and people could evacuate from the path of the fallout, which is even more predictable with modern weather computers today than in the 1950s.
"Outrageous, unsubstantiated statements are made concerning the hazards of ionizing radiation, in spite of a vast published, peer-reviewed literature … The result of this deception is not insignificant: literally millions of lives are less healthy … annual billions of dollars spent needlessly to protect us from radiation that we need for optimal health. Radiophobia limits the political will of people and governments … Radiophobia prevents the logical and safe burial of nuclear wastes. Radiophobia causes serious psychological effects leading to loss of life (>100,000 abortions and >1,000 suicides attributed to Chernobyl fallout). My career was initially funded by the AEC, starting at the Radiobiology Laboratory at Texas A & M … All graduate students in the lab participated in a large reproduction study with rats who received continuous gamma irradiation … I can remember their discussions about why rats receiving 20 mSv/day [2 R/day] (~ 7 Sv per year) lived longer … I spent about 25 years (1968-93) working on inhalation toxicology of transuranics [plutonium, etc.] in the Biology department at PNL … A large practical threshold of 2-10 Gy [2,000-10,000 R, for low dose rates of ~10 mR/hour] is seen in humans for thorotrast patients (liver cancer) and radium dial painters (bone cancer)."
MDM2 levels increase with p53, causing a negative-feedback "regulation loop" thereby keeping p53 at a low level in normal cells. Low level radiation exposure increases tumor-suppressor levels, reducing cancer:
Radiation causes stress mediators (like ATM and CHK2) to "activate" p53 by separating the protein p53 from its inhibitor, MDM2. This increases the level of active p53, not bound to MDM2, for 12 hours after irradiation. Thus, low level radiation causes an increase in tumor-suppressing p53, reducing the cancer and genetic risks by repairing DNA damage that would otherwise lead to cancer or genetic defects in offspring.
Direct measurements reported by Jamie Lamkin in his book, Investigating the Role of p53 in the Germ Cell Apoptotic Pathway (Rhode Island College, 2011, Chapter 2, "Effect of Radiation Exposure on p53 in Mouse Germ Cells," Figure 9), determined that the p53 level in cells showed a 5-fold increase in tumor-suppressing p53 levels, peaking at 6 hours after exposure of mice to 5 Gy of Cs-137 gamma radiation given over a 44 minutes exposure time. This proves the radiation stimulated repair potential for DNA damage, but at high dose rates, some DNA damage can occur before p53 levels rise enough to suppress damage.
It should be noted that p53 suppresses all kinds of DNA damage, both that leading to cancer and that in germ cell DNA that leads to genetic defects in offspring. p53 cancer-suppression is stimulated by radiation, which releases p53 from its MDM2 inhibitor. These are hard scientific facts which explain the scientific evidence of lifespain increase in controlled mice irradiation experiments, and the bone cancer threshold dose rate evidence from human radium dial painters whose bones were measured to accurately determine their radium content. Cancer occurs when low levels of p53 repair multiple double-strand breaks (entire chromosome breaks) too slowly, allowing mistakes to occur, mainly due to the loss of sections of DNA which contain tumor suppressor genes or cell cycle regulation genes (p53 or PTEN). The cell which no longer has these vital genes then starts undergoing uncontrolled proliferation without adequate DNA repair mechanisms in place. The second stage is that the defective cells undergo evolution as more and more errors accumulate in their DNA. This accounts for the delay time of years that it usually takes for a cancer evolve aggressive characteristics, like a special network of blood supply vessels and extra insulin and insulin growth factor (IGF) receptors, both of which speed up the rate of growth of the cancer. These facts are relevant to the long term risks from exposure to high dose-rate, high dose radiation, because someone who knows they have been exposed can take precautions to reduce the risk of the secondary stage of evolution of aggressive cancers. Minimal intake of simple sugars and regular exercise (to keep blood insulin levels low), help to reduce the risk of aggressive tumors evolving in this second stage.
The mechanism for DNA repair and cancer avoidance by p53 is as follows (note that other tumour suppressor genes also exist, e.g. PTEN regulates the growth rate of cells, but p53 is central):
1. Once activated by radiation, p53 arrests the cell cycle at the G1/S regulation point by activating the expression of a transducer gene like the kinase inhibitor p21 (which stops the cell division cycle by binding to CDK2), or the Growth Arrest and DNA Damage "GADD45" gene, and then – while the cell cycle is stopped – it repairs the DNA damage using a DNA repair enzyme like p53 R2, GADD45, p48 or XPC.
2. If the damage is beyond safe repair, p53 uses genes like DR5, Plg3, AIP1, Noxa, Bax-2, Puma or Fas to produce proteins that kill the cell by "apoptosis" (programmed cell death), to prevent it from turning carcinogenic. P53 is so effective at preventing cancer that in most cancers (over 50% of human tumours including lung, colon, breast, cervical and bladder cancer) only arise when defective mutations of the p53 gene (TP53) occur because the defective p53 cannot activate p21 to stop a cell’s division for repair work (reference: M. Hollstein, et al., "p53 mutations in human cancers," Science, v253, 1991, pp.49-53).
Proof of the importance of p53 is shown by the fact that most of those who inherit a mutated p53 gene suffer from childhood cancers (Li-Fraumeni syndrome). Similar early vulnerability to cancer was also observed in p53-deficient mice (Reference: Lawrence A. Donehower, et al., "Mice deficient for p53 are developmentally normal but susceptible to spontaneous tumours," Nature, v356, 1992, pp. 215-21).
Toshiyuki Norimura, et al., "p53-dependent apoptosis suppresses radiation-induced teratogenesis [birth defects]," Nature Med. 1996 May;2(5):577-80: "This reciprocal relationship of radiosensitivity to anomalies and to embryonic or fetal lethality supports the notion that embryonic or fetal tissues have a p53-dependent "guardian" of the tissue that aborts cells bearing radiation-induced teratogenic [birth defect-causing] DNA damage."
"Chromosome breaks occur at all dose rates, but the … dose rate dependence … depends on the presence of two breaks in close proximity at the same time. The probability of this occurring will be greater at high dose rates than at low, since the breaks are assumed to stay open for only a few minutes [before repair by a DNA repair enzyme, like P53]. Unless another break is produced close by within this period, the first will reconstitute and no injury will be seen. … Austrian miners from Schneeberg and Joachimsthal [inhaled radon gas resulting in lung cancer after an average period of] about seventeen years, and during this time the lungs of the miners will have received a dose of at least 1,000 rads and possibly more."
- Dr Peter Alexander, Atomic Radiation and Life, Penguin Books, 1957, pages 59, 148-9.
- P. C. Nowell and L. J. Cole, Reduced incidence of persistent chromosome aberrations in mice irradiated at low dose rate, USNRDL-TR-644, 6 May 1963. (Note that William Russell at Oak Ridge National Laboratory later determined a dose rate threshold of 0.54 rad/hour for net genetic damage in female mice, using 7 million mice in the "megamouse project" discussed in Glasstone and Dolan's 1977 edition of The Effects of Nuclear Weapons (see http://arxiv.org/abs/1205.3261 for a summary of the scientific data obtained). It turns out that at dose rates below 0.54 rad/hour, p53 is able to repair DNA damage to the eggs of female mice. This all remains an "immoral heresy" to the dogmatic Pauling myth alleging "no safe threshold" for radiation, so it is censored-out by the media!)
Double strand breaks, in which both strands in the double helix are severed
In addition, natural double-strand breaks in which both strands in the double-helix of a DNA molecule are broken occur at the natural rate of 0.5 per cell per hour (i.e., 0.007% of all natural DNA breaks). Unlike single-strand breaks, these double-strand breaks completely sever the chromosome at the break point, since DNA consists of two strands of DNA in the double-helix form. If two double-strand breaks occur in rapid succession within a chromosome, a free section of DNA is completely unleashed, which in the fluid environment of the cell may rotate or even be lost before the loose ends are reconnected by a DNA repair enzyme. If the wrong ends of severed DNA segments are connected during the repair process, a cancer may occur, depending on which genes have been transposed or lost by the error.
Cancer growth is accelerated by high blood insulin and insulin-like growth factors like IGF-1, since cancer cells typically have more insulin and insulin factor receptors than healthy cells. Aggressive cancers proliferate by rapid cellular division, so they have a higher metabolism than healthy cells. Blood glucose levels control insulin levels. While all healthy cells require glucose that is obtained from food of all types, simple sugars are broken down into glucose more rapidly than complex sugars in the form of starch. Simple sugar ingestion may preferentially fuel cancer proliferation by delivering 20 calories/minute to the blood stream, compared to just 2 calories/minute for complex sugar breakdown from foods like potato starch. Obtaining glucose through the slow breakdown of complex sugars in starch or in fat minimises the blood glucose level and therefore minimises the insulin level, which limits the rate of proliferation of cancer. Alarmingly, these facts have been obfuscated and dismissed by oversimplifications that merely claim that "all cells need glucose." The research literature indicates that low glucose and low insulin can reduce cancer cells to a fasting condition with slow proliferation. Another area of research needed is "insulin potentiation therapy" where a combination of reduced blood glucose with excess insulin and insulin-like growth factors has been suggested to starve aggressive fast-proliferating cancer cell that fail to respond to other treatment. To starve cancer, insulin is used to increase cancer metabolism while simultaneously depriving cancer of sufficient glucose (fuel). Cancer cells can have up to 10 times more IGF receptors than non-cancer cells, and so suffer greater effects from a variation in insulin than healthy cells, which survive fasting. It is easy to measure blood sugar levels during this treatment to prevent brain damage, but very few controlled experiments have even been undertaken to discover how to optimise such radical ideas, due it seems to political and financial inertia of traditional drugs industry research which seeks only new chemicals. It you want to beat cancer, you first must kill the demented hostility/apathy from the intellectual dictatorship of basically fascist capitalists who wear the cloaks of moralistic socialists and preach subjective radiation dogmas as a modern substitute for witchcraft superstition and taboos.
"Today we have a population of 2,383 [radium dial painter] cases for whom we have reliable body content measurements. . . . All 64 bone sarcoma [cancer] cases occurred in the 264 cases with more than 10 Gy [1,000 rads], while no sarcomas appeared in the 2,119 radium cases with less than 10 Gy."
- Dr Robert Rowland, Director of the Center for Human Radiobiology, Bone Sarcoma in Humans Induced by Radium: A Threshold Response?, Proceedings of the 27th Annual Meeting, European Society for Radiation Biology, Radioprotection colloquies, Vol. 32CI (1997), pp. 331-8.
This extensive and accurate dose-effects data debunks the claims of Linus Pauling in the 1950s that fallout strontium-90 caused bone cancer during nuclear testing. See graph above relating radium to plutonium and strontium, which all have safe doses with thresholds for cancer which get larger for lower dose rates, e.g. see graph below for bone cancer threshold dose data in Hiroshima and Nagasaki (very high dose rates):
Linus Pauling versus radiation facts
"Small doses of any drug possess a bio-positive effect while the large dose of the same compound has the opposite bio-negative effect. In short, all drugs have opposite effects in two dose extremes. The young scientist that worked on this hypothesis for his PhD under the famous Stanford immunologist, George Fegan, to show that vitamin C could be dangerous in bigger doses while it is a stimulant and good for the health in very small doses never made it and had to leave science research altogether because Linus Pauling, the great hero of science, destroyed the young scientist completely. It was Pauling himself that had induced Fegan to work on the good effects of vitamin C on the immune system in the first place. The hormetic effect of vitamin C could not be swallowed by Pauling. Pauling could never agree with vitamin C being poisonous in larger doses! Later he fought an expensive legal battle against his own colleague, a former Director of the Pauling Institute, for showing that cancer growth is stimulated by vitamin C in larger doses, but Pauling lost the battle and was disgraced. Pauling got the second Nobel (Peace) Prize, after his first for the discovery of vitamin C, by the same antipathy towards hormesis. Edward Teller was the father of American Nuclear deterrent against the communists. While Teller was testing atomic weapons, he showed the hormetic effect of radiation by accident. In very small doses radiation stimulates the immune system and increases human life span, radiation hormesis. It also slows the ageing processes by the hormetic effect of working as an anti-oxidant. … The famous Teller-Pauling debates that followed took the whole of America by surprise. Pauling succeeded in demonizing Teller to the extent that the Swedish Nobel Academy gave Pauling the Nobel Peace Prize, his second Nobel! There are many such frauds that have occurred in science … However the technology industry has become a big money spinner and that feeds society with the myth about science."
- Professor B. M. Hegde, MD, FRCP(Lond.), FRCP(Edin.), FRCP(Glas.), FRCP(Dub.), FACC(U.S.A.), FAMS, "Hormesis", http://www.bmhegde.com/hormesis.htm
THE EXAGGERATION OF URBAN NUCLEAR WEAPONS EFFECTS
The nuclear weapons effects urban targets exaggeration policy back fires when human-rights-violating dictatorships make nuclear weapons to use the exaggerated threats against democracies.
But hopefully, the North Koreans are just interested in Project Orion, the nuclear weapon powered spacecraft developed by Freeman Dyson, as the only practical way to safely and cheaply put a large colony on Mars. It would travel directly (in a straight line!) and quickly to Mars using 2,000 nuclear bombs, carrying 150 people and attaining a top speed of 45 km/second. The travel time would be 3 months for the minimum distance to Mars of 56 million km and 6 months for the maximum Mars-Earth distance of 101 million km. In 1959 the stability of the entire system was completely proved in a scaled-down demonstration test which impressed Dr von Braun. Declassified nuclear test tower steel ablation studies, referred to vaguely by Dyson in the BBC documentary above, are given in weapon test reports WT-1134 and page 59 of WT-1488, both quoted and discussed here. Photo of the 29 kt Apple-2 tower legs blown down here, see discussion here and additional photos here. (General information on Project Orion is linked here.)
It's obvious that the photo is a publicity gimmick intended to bolster North Korean military prestige, otherwise they would have kept their attack targetting plans a closely guarded secret. On the other hand, just because North Korea is issuing threats of strikes, there is no certainty that the situation will not develop: remember Herman Kahn's analysis of the Munich Conference of September 1938. Kahn pointed out in his testimony to the June 1959 Congressional Hearings before the Joint Committee on Atomic Energy, The Biological and Environmental Effects of Nuclear War, on page 904:
"I have a book with me today which I recommend to those who want to exaggerate the impact of thermonuclear war. It is called 'Munich: Prologue to Tragedy,' by Wheeler Bennett. ... As far as we can tell, Hitler was not bluffing [at the September 1938 Munich Conference where Chamberlain and Daladier gave in to Hitler's intimidation, handing over the Sudetenland, in exchange for a worthless peace promise]. The men who were in the room with him could see he was not bluffing. It was easy for the people back home to say he was bluffing, but not for the men who had the decision to make. The German people did not want war. The German Army did not want war. They literally threatened to have a military revolution [this premature argument with Hitler tragically discredited their opinion when Hitler succeeded, due to Chamberlain's softness]. But Hitler seems to have been willing to have a war if he couldn't have his way."The posturing with published photos of missile trajectory strike plans is very much in the spirit of the Munich Conference, or for that matter the Pearl Harbor military threat evaluations done prior to 7 Dec 1941 (which Kahn discusses in his book "On Thermonuclear War"). In these cases, there were obvious crises existing but various expert authorities found reasons which seemed good to ignore the threat or downplay it; basically these reasons were soothing "no-go theorems" based on very shaky assumptions, of the type often historically used to try to prevent radical ideas upsetting status quo in mainstream physics (like the solar system, quantum theory or relativity). Kahn explains that it was impossible to believe that Japan would attack Pearl Harbor in 1941, according to the best experts, because (1) Japan couldn't hope to win a war with the USA, and (2) torpedoes need over 75 feet of water and Pearl Harbor is largely only 30 feet deep. In addition, anyone pointing out a threat in public was deemed a scare-mongerer or war-mongerer. If everyone just ignored the threat, it would cease to exist, popular consensus decided.
The combination of political and technological "no-go theorems" in this analysis made the idea of a surprise attack on Pearl taboo, and anybody who wanted to discuss the matter was dismissed as a time-waster. Japan saw the situation very differently, using different political and technological thinking. For example, Japan developed special torpedoes that only need 30 feet water depth, unlike the 75 feet believed by American experts. Similarly, as Dr Irving Janis explains in "Victims of Groupthink", Kennedy's most brilliant top experts failed to foresee that the USSR would put nuclear IRBMs in Cuba. The point is, as Professor Feynman explained, averaging the best guesstimates of the experts does not put you in possession of hard facts, it's merely a consensus of fashionable speculation, just a form of Cargo Cult pseudoscience. You cannot always rely on reason to predict what enemies will do.
If your enemies were totally reasonable, they simply wouldn't be enemies of free democracy in the first place. There has been speculation that North Korea can't place a nuclear warhead on top of a missile (despite having tested nuclear explosives successfully, and having put a satellite into orbit). This guess is not hard intelligence! As with Munich in September 1938 or Pearl Harbor in December 1941, the credibility of coercion is down to the dictator's fanaticism and desperation, precisely the things that would be laughed at in a democracy. Hitler in 1938 had a financial crisis due to ending unemployment by conscripting a massive National Socialist army (as explained in the previous post on this blog).
Germany was spending far more each year on arms than Britain, which was therefore slipping back and losing ground, not "buying time to rearm" with the policy appeasement, as Chamberlain's apologists claimed, but at the same time, Germany couldn't afford what it was spending. The arms race would have come to an end through dictatorial failure (just as Reagan's capitalist arms race challenge threatened to bankrupt the USSR in the 1980s), and Germany simply could not afford to support the financial strain of the arms race indefinitely without having a war (or "peaceful" invasions). The only way to avert economic collapse was by war, both in the hope of winning through superior technology and skill, and to deflect attention from internal matters by utilizing the massive army, navy and air force.
Similarly, Japan in 1941 didn't use simple calculations to determine whether it was likely to win a war against America. Instead, it relied on its own determination and fierceness to overcome the odds, plus a calculation that the chances of success - such as they were - would get smaller as time went on and the relative strengths of the two nations changed. The major implication of this fact is that history shows that what appears to be common sense and reasonable from the perspective of planners in a democracy, may not be applicable to the situation inside a bankrupt and desperate dictatorship, which has starved its people to make nuclear weapons and generally prepare for a war. This is similar to the situation in 1951, when the Korean War was raging, Russia was building nuclear weapons, and Prime Minister Attlee and later in 1952 Winston Churchill were informed by military intelligence that the impoverished USSR dictatorship was making small numbers of nuclear weapons and might try a surprise attack using a smuggled nuclear weapon, either hidden in cargo containers in an innocent neutral ship and timed to explode when it entered a British city port, or else smuggled in small radiation-shielded parts using drug-smuggling technology, and assembled by secret agents (a major Cold War civil defence threat that continued from 1951 to the end of the USSR, as described by Frederick Forsyth in his August 1984 novel The Fourth Protocol, later made into a 1987 film; a major nuclear attack was always actually less likely than this type of subversive attack using a false flag or no flag at all, because of the deterrence from having a protected second strike retaliation capability):
Above: nuclear weapons testing was used in part as a tour de force, or show of strength, during the Cold War (such as this spectacular U.S. Air Force colour photo of the 25 July 1946 Crossroads-Baker 23 kt test at 90 feet underwater in Bikini Lagoon, with the water column and Wilson condensation cloud dwarfing the target array of discarded WWII battleships).
The fallout data measured by George R. Stanbury and others from the British nuclear test in a simulated terrorist ship attack, Operation Hurricane, is linked here, and it was used in 1954 by Stanbury to assess radiation hazards in the restricted U.K. Home Office civil defence report, "Assumed Effects of Two Atomic Bomb Explosions in Shallow Water Off the Port of Liverpool," CD/SA51, U.K. National Archives report HO 225/51. Stanbury used a contamination arrival time of 5 minutes, assumed that the population outdoors would take 2 minutes to move indoors, and used an average protection factor of 100 for buildings to allow for radioactive rain to run off roofs and into underground drains or soak into the soil. He concluded that two 20-kt bombs detonated in cargo freighters 180-m off shore at lunchtime when 20% of the population is outdoors, on lunch breaks, would kill 78,600 by blast and by the radiation if the wind was blowing inland at 10 miles/hour.
The initial radiation is reduced for the Hurricane bomb-in-ship burst (with the bomb centre located 2.7 m below the waterline), and only 1.4% of the 25 kt total yield (or 1.8% if a total yield of 20 kt is assumed) was radiated as thermal radiation because the water cone thrown up rapidly quenched the fireball. The main problem is the rapid arrival time of the fallout from such a low yield near surface burst, which leads to incredibly high radiation doses in a small "hotspot" area directly downwind. (For the 15 megaton Castle-Bravo test, the maximum measured fallout doses in the hotspot areas were actually far lower as explained in weapon test report WT-915, because of the decay which occurred during the longer arrival time due to the higher mushroom cloud. Measurements from automatic recorders showed that fallout from Castle-Bravo began to arrive under the mushroom at a mean time of 28 minutes after burst and the dose rate only peaked at 65 minutes after detonation, so people in a real city would have had a relatively long time to organise and evacuate from the hotspot area directly downwind.) The shorter arrival time from the lower clouds of lower yield detonations gives less time for evasive actions like evacuation and sheltering. However, the smaller downwind hotspot area of intense "stem" fallout from a low-yield kiloton-range detonation allows its evacuation, since people will be able to literally run cross-wind to get out of the area, without receiving a lethal dose, if people are fully informed about the details.
THERMAL SHADOWING BY WESTERN CITY BUILDINGS (MODERN CITY SKYLINES):
EXAGGERATIONS OF THE FIRESTORM AND FLASH BURNS EFFECTS USING INAPPROPRIATE WOOD-FRAME HOUSE IGNITION DATA FROM HIROSHIMA
The firestorm in Hiroshima (8:15 am, 6 August 1945 nuclear attack) was due to severe overcrowding of wooden buildings containing coarcoal braziers used for breakfast, as proved by a survey of over 1,000 survivors from concrete buildings (who survived the firestorm), reported in the secret 1947 US Strategic Bombing Survey report on the firestorm, volume 2 of report 92, The effects of the atomic bomb on Hiroshima, Japan (which has nothing whatsoever to do with the 1946 US Strategic Bombing Survey report, which omits every single piece of data and just gives emotional propaganda to bolster deterrence):
Firestorm and nuclear winter (firestorm dust loading of stratosphere) liars debunked by hard Hiroshima evidence!
The effects of a surface burst nuclear explosion in any modern hi-rise concrete and steel frame city are grossed reduced, compared to the numbers frequently cited using Glasstone and Dolan's 1977 "Effects of Nuclear Weapons". This should be publicised, to discourage potential aggressors from even thinking about trying such an attack. In addition, this new urban effects research should be extended to determine precisely the extent to which the effects of higher yield surface bursts and air bursts would be attenuated in modern cities. If this is done, the attractiveness of city targetting to potential aggressors would be reduced, and cheap duck and cover and fallout sheltering civil defense, with power system hardening against both EMP attacks and solar storms, would then appear a more credible and cost-effective option, taken more seriously than today. Nuclear targetting credibility would then be constrained to military targets, reducing the hysterial fears and political instability that results from nuclear proliferation. The original aim of nuclear deterrence was to deter military aggression, not to hold civilian targets hostage (counterforce, not countervalue).
Discrediting over-hyped exaggerations of urban nuclear effects and propaganda using unobstructed desert tests on isolated houses is a vital step towards peace and against encouraging nuclear proliferation in every tin-pot dictatorship of the world.
The deceivers who exaggerate undermine the credibility of simple civil defense countermeasures, and simultaneously gives reassurance to dictators that making a bomb will make their dictatorship secure. We have gone into this in detail in previous posts, using the example of gas warfare exaggerations upon the September 1938 Munich Conference and earlier British policy concerning appeasement, pacifism and disarmament. If you lie to yourself and the public - either deliberately or due to careless calculations and secrecy of civil defense research on weapons effects in urban environments - then all your policies are going to be derived from inaccurate scientific data!
It was George R. Stanbury (brief extract above) who first disproved the possibility of urban firestorms and thus firestorm-injected stratospheric soot "nuclear winter" using a simple calculation of the thermal radiation flash "shadowing" of modern city buildings: in a nutshell, only the uppermost floors of a few percent of the buildings in London or any other modern city can "see" the surface burst fireball if the yield is below a megaton, and WWII firebombing experience proved that you need to set alight 50% of the buildings to cause a firestorm, so it is impossible for a nuclear burst amid skyscapers to cause a firestorm! Stanbury also refers to two 1950s studies of firestorm impossibility in British cities (Birmingham and Liverpool) where the fire departments used details maps and made scale models of the cities, then found that even for an air burst like Hiroshima, in modern Western cities the average height of buildings prevents enough ignition to cause a firestorm! (reference: U.K. National Archives document HO 225/121, George R. Stanbury, "Ignition and fire spread in urban areas following a nuclear attack", September 1964, relevant extracts included in my compilation of British civil defense nuclear testing reports linked here). QED.
Hence, no firestorms in modern cities, confirming page 350, paragraph 7.76 in the 1964 edition of Glasstone's "Effects of Nuclear Weapons":
"Based on these criteria, only certain sections - usually the older and slum areas - of a very few cities in the United States would be susceptible to fire storm development." (Extract linked here.)Now what about fireball rise? As the "Trinity" near surface burst nuclear test proved in 1945, as well as the "Sugar" surface burst in 1951 and Britain's surface burst Buffalo-2 in 1956, there is no fireball rise involved here, because the fireball ceases to radiate any significant thermal radiation long before buoyancy sets in. Buoyancy isn't caused by a law of Archimedes (which only applies to bodies in a fluid where there is fluid pressure pushing upwards from below). A nuclear surface burst fireball doesn't rise until the partial vacuum at ground zero has been filled by the afterwinds, which causes an appreciable "hover time", during which there is very little upward motion.
Fireballs and hot air balloons rise because the pressure pushing upwards on their base is greater than the pressure pushing downward on their top. The fireball "sticks" to the ground initially because there is no significant upward pressure on its base. So only when the afterwinds return air to the vicinity of ground zero, does buoyancy and fireball rise commence. The photo below demonstrates that even at 9 seconds after the 1945 Trinity near surface burst test (22 kt on 30 m tower), very little fireball rise had occurred (contrasted to higher air bursts, which were already fast-rising toroidal vortices by this time):
The thermal radiation was long since over, the glow of the fireball is only just visible, since it had ceased to radiate appreciably within 3 seconds of burst (the pre-dawn test was in total darkness, and was self-illuminating). The slow fireball rise in surface bursts is such that it can generally be ignored when evaluating the shadowing effects of buildings on thermal burns and ignitions. However, a computerized study of city shadowing on fires and burns including fireball rise had been done: UCRL-TR-231593. Thermal Radiation from Nuclear Detonations in Urban. Environments (R. E. Marrs, W. C. Moss, B. Whitlock), June 7, 2007, which finds on page 11 that Glasstone's "Effects of Nuclear Weapons" grossly exaggerates the thermal fires and burns from nuclear explosions in cities (all "evidence" from nuclear tests in the Nevada desert is fakery, since there were no skyscrapers in the Nevada desert around the fireball, or in Hiroshima and Nagasaki, where 1-2 story wood-frame buildings predominated):
"Even without shadowing, the location of most of the urban population within buildings causes a substantial reduction in casualties compared to the unshielded estimates. Other investigators have estimated that the reduction in burn injuries may be greater than 90% due to shadowing and the indoor location of most of the population. We have shown that common estimates of weapon effects that calculate a “radius” for thermal radiation are clearly misleading for surface bursts in urban environments. In many cases only a few unshadowed vertical surfaces, a small fraction of the area within a thermal damage radius, receive the expected heat flux." (Emphasis added.)Since most of the Compton-scattered gamma rays (Compton scattering predominates) are scattered in the forward direction, the fission product component of the initial gamma ray dose is also substantially shielded by tall city buildings in the radial line between the fireball and observer. The secondary gamma rays from neutron capture by nitrogen and also from inelastic scattering of neutrons are emitted in random directions (isotropically from the point of emission), but since most neutrons are captured and scattered quite close to ground zero (within a few mean free paths), most of those "air secondary" gamma rays still originate from the vicinity of the fireball. Neutrons are scattered over a wider range of angles than most gamma rays, so there is more "skyshine" and buildings have a smaller shielding effect than for most of the initial gamma radiation, but there is still some shielding of neutrons by buildings in densely built-up hi-rise city areas. The dynamic pressure (wind) of the blast wave is also attenuated in a city, discrediting the application of the Rankine-Hugoniot equations (similarly, in a open trench, overpressure can diffract in, but the wind pressure just blows over the top without entering the trench). Every joule of energy imparted from the blast wave to a building to cause destruction by accelerating debris must be subtracted from the energy of the blast wave, or else energy is not conserved! Dr William G. Penney, 1950s Director of AWRE, explains this clearly in his 1970 paper on the yields of Hiroshima and Nagasaki, where he finds clear evidence from laboratory-quality blast sensors like bent steel flag poles on buildings and the volume of semi-crushed petrol cans, that in both cities the act of causing destruction absorbed appreciable energy from the blast wave. This debunks all of the "data" from Nevada tests on houses in unobstructed desert terrain, which does not model city attenuation!
As Glasstone's 1964 "Effects of Nuclear Weapons" graphically shows, in the ~1760 ft altitude, ~20 kt air bursts on Hiroshima and Nagasaki, the fused Mach stem only began to form at a peak overpressure of ~16 psi and reached a height of ~185 feet at a distance of around 0.87 mile from ground zero, at 3 seconds after burst. Thus, most of the close-in damage to modern buildings - mostly near ground zero in Japan - resulted from regular (not horizontally travelling Mach) reflection, where the incident blast wave was coming downwards on a slant radial line from the fireball, avoiding any blast shielding by intervening buildings. This is not the case in a surface burst, where the blast comes horizontally and does suffer close-in attenuation effects by damage caused to intervening buildings. Surface burst attenuation by modern city buildings is therefore much greater than for the air bursts over Hiroshima and Nagasaki, where regular reflection caused much damage to the relatively few modern buildings, and where the predominant building types were 1-2 story wooden homes.
EMP from Surface Bursts in Urban Environments
What's brand new and very surprising in the urban nuclear weapons effects business is a careful computer study last year (2012) by William Scott Smith and others at Los Alamos of the effects of building attenuation in a modern city on the electromagnetic pulse from an urban nuclear surface burst. A Nagasaki type nuclear weapon was assumed to explode in a van parked in an open parking lot in Houston, Texas, with sky-scrapers to its East and more-or-less open ground (low buildings) to its West. The effects of (1) building attenuation on the prompt gamma ray radiation which causes the Compton current to drive EMP and (2) building attenuation on the EMP itself (radio frequencies up to UHF) were computed. The "EMP was channeled outward along street canyons" (Los Alamos reports LA-UR-12-24078 and LA-UR-12-20227 ):
So the free-field EMP data given for surface bursts in EM-1 "Capabilities of Nuclear Weapons" is a gross exaggeration when applied to modern urban targets!
Britain has declassified one early report on surface burst EMP:
J. B. Taylor, A Theory of Radioflash, U.K. Atomic Weapons Research Establishment, report AWRE-O33/59, October 1959, "Confidential" (UK National Archives document ES 4/361; related reports ES 12/458 and ES 10/1343 are still restricted) which states on pages 3 and 18:
"The first attempt at a theory of [surface burst] radioflash was by [T. S.] Popham, in 1954, who suggested that radio signals were due to currents carried by Compton electrons arising from gamma rays produced in the nuclear explosion… Both the period and amplitude of the radio signal would be expected to increase very slightly with yield."
Fig 1b in Taylor's 1959 report gives the EMP electric field from a surface burst the peak field measured at a distance of 300 km:
-28.1 v/m (this minus sign implies the negative direction, i.e. a vertical upwards Compton current and opposite "conventional current" due to Benjamin Franklin's convention that current is defined as the flow of positive, not negative, charge) at a time of 5 microseconds. Zero field is at 17.2 microseconds. Peak positive is at 23 microseconds with 15.4 v/m and second zero is at 42.5 microseconds. Second negative is at 54 microseconds with about -3.75 v/m.
This EMP data from nuclear tests on unobstructed deserts or the Pacific ocean is totally misleading for surface bursts in urban environments, where the city buildings interfere with both the prompt gamma ray EMP mechanism itself and then attenuate (like attenuation of line-of-sight UHF signals) the (minimal) EMP signal produced! Thus, ground-level EMP sensors will not be likely to give a useful waveform to determine the EMP characteristics of a nuclear detonation in an urban environment, and satellites will be little use because surface bursts radiate most of their energy horizontally, and the small amount radiated in (slant) upward directions will be at frequencies that are severely if not completely attenuated/reflected by the earth's ionosphere before getting anywhere near a detection satellite. Collecting fallout samples will not help determine the yield much in a terrorist attack, either, because radiochemical analysis only gives the ratio of fission products to unfissioned fissile material (including material which has captured neutrons in non-fission reactions).
In nuclear tests, radiochemical analysis determined fission yield because the people doing the analysis knew exactly how much fissile material was in the bomb in the first place. So multiplying the ratio of fissioned material to fissioned plus unfissioned material in a fallout sample by the mass of the fissile material originally present in the bomb gave the total fission yield. Without knowing the amount of material originally present in the bomb, fallout samples only tell you the efficiency of the bomb, not the total yield. You would have to resort to accurate total yield determination methods used by Penney and others in Japan, such as damage caused to simple structures like blast-bent flagpoles, plus an area integral of the measured 1 hour reference time dose rate fallout pattern, which would give a good idea of the fission yield.
Secrecy of nuclear weapons capabilities: new information about updates to EM-1, Capabilities of Nuclear Weapons
On the cover of last month's (March 2013, vol 3, issue 1) Defense Threat Reduction Information and Analysis Centre journal, The Dispatch, DTRIAC Program Manager, Lt Col Craig Hess announces: "This issue of DTRIAC Despatch focusses on Effects Manual One, or EM-1, and I hope it is of interest and of value to you." It certainly is!
The first published, unclassified admission I have found of the existence of the then-secret forerunner to EM-1, Capabilities of Atomic Weapons, TM 23-200, was made by Dr Frank H. Shelton (then Technical Director of AFSWP, the Armed Forces Special Weapons Project charged with compiling and editing Capabilities of Atomic Weapons; Shelton discusses the precursor discovery in the nuclear testing TV/DVD documentary film, Trinity and Beyond) in his testimony to the May-June Hearings before the Special Subcommittee on Radiation, of Joint Committee on Atomic Energy, The Nature of Radioactive Fallout and Its Effects on Man, page 90:
This immediately led to its request by the George R. Stanbury and other British civil defense nuclear weapons testing researchers at the U.K. Home Office Scientific Advisory Branch and the Aldermaston Atomic Weapons research Establishment. As a result, in November 1957 a new edition was prepared which was degraded from Secret - Restricted Data to Confidential, and this was exchanged with Britain in exchange for British testing information. (Britain had been exchanging nuclear weapons testing data with America since 1954, the American FWE or "Foreign Weapons Effects" reports.)
Stanbury uses the data in TM 23-200 in his classified British civil defense reports from 1958 onwards. The problem here is that the whole basis for British civil defense casualty reduction planning was submerged ever deeper into secrecy, so the unclassified publications made assertions which were not backed up by any available published references, and were attacked by both political anti-civil defence media and pro-USSR Marxist critics. This continued after the Home Office got the 1974 NATO edition of EM-1, Capabilities of Nuclear Weapons, which in Table 10-1 "Estimated Casualty Production in Buildings For Three Degrees of Structural Damage", uses the WWII British data for casualties versus the amount brick house destruction. This data was falsely "debunked" in attacks on British handbooks by Marxist Union groupthink Dogma Scientists in the 1980s, who claimed that because the blast duration at a given overpressure increases with the cube-root of weapon yield, it follows that WWII data from small ~0.1 ton TNT bombs on London is inappropriate. Actually, the WWII correlation was never based on casualties versus overpressure for WWII bombings (nobody measured the overpressures in WWII!), but was based on casualties versus degree of damage. This automatically takes account of the blast duration effects. E.g. collapse of a 1-2 story brick house without a Morrison shelter (where people are merely ducking under the staircase or table in WWII resulted in 25% fatalities; this is not fixed to a given, fixed overpressure.
The corresponding overpressure (house collapse) falls with weapon yield, so there is no omission of the blast duration effect: the "critics" simply didn't know the secret facts and are pseudoscientifically guessing how the data was analyzed in the first place, and then attacking their own deluded guess as wrong! It is also important to note that blast duration has no effect below threshold overpressures for damage: if you exert a pressure (force per unit area) which is not enough to deform a wall, then regardless how long you continue to apply that force, the wall doesn't fall down. Dynamic pressure impulse does not determine when a tree falls down. E.g., a 100 mile/hour wind for 1 second duration is equivalent in dynamic pressure impulse to 10 miles/hour for 10 seconds or 1 mile/hour for 100 seconds, but the effects are not the same: no trees fall down if the wind pressure isn't enough to bend them over, no matter how long it lasts! Blast duration is only important for situations where the peak overpressure or peak dynamic pressure is above the threshold needed to cause damage. Increasing the blast duration increases the amount of damage done at high pressures; but it does not reduce the threshold peak pressure which is required for the onset of damage:
The analysis of the Hiroshima thermal flash ignition mechanism at the 1953 Encore nuclear test is still limited in publically unavailable nuclear weapons tests reports WT-774 and WT-775, dealing with interior and exterior thermal flash ignition, respectively. Problem is, the Nevada desert is very dry compared to most modern cities which are built around rivers or near ocean. The secret U.S. Strategic Bombing Survey report 92 volume 2 on the Hiroshima firestorm discloses that a survey of survivors showed that the firestorm was due to blast overturned charcoal braziers in the wooden homes filled with paper screens and bamboo furnishings, and states that the thermal flash only caused black coloured air raid blackout curtains to ignite very close to ground zero; there was no widespread ignition of wooden homes. The Nevada Encore test is being used by various propaganda historians to represent a modern city, when in fact most windows don't see the fireball due to intervening buildings, the infrared component which actually starts fires isn't appreciably scattered (unlike the visible light component, which is often significantly scattered by clouds and dust), and the higher humidity out of a desert means that the transient flaming of newspapers and curtains during the thermal flash has less effect in igniting other materials, which contain moisture due to the humidity in most cities and real homes.
In addition, city buildings often contain fire sprinklers and fire extinguishers, so the few uppermost rooms facing the fireball which suffer thermal ignitions can easily be tackled. Unlike WWII, where the air raid continued for a long time and included explosives, delayed detonation anti-personnel fragmentation bombs, etc., to deter the immediate extinguishing of kilo magnesium incendiary bombs, a nuclear bomb's effects have a definite time sequence imposed by the laws of physics, which means that once the blast wave passes (extinguishing most solid fuel fires exposed to the blast winds above 2 psi peak overpressure, although deep-sided trays of burning liquids in tests were protected from the blast winds and continue to burn) incipient fires can be stamped out before they grow large enough to spread to other objects in a room. The great attacks on civil defense in the 1930s asserted that gas would be used in combination to incendiary bombs, preventing people from sheltering against gas attacks in rooms with closed and sealed doors and windows; this led to the pretty disastrous decision by Anderson to order outdoor shelters (which ended up being rejected by most people as shown by the November 1940 shelter survey, due to cold and damp during repeated Blitz bombings), rather than Morrison type indoor shelters which utilized the house as the first line of protection (absorbing energy by the act of being damaged by blast, like a car's "crumple zone") and simply withstood the weight of falling debris from the house: the force due to the weight of a house is due to its mass and the acceleration due to gravity, both of which are totally independent of bomb size or pressure!
Above: everyone was encouraged to put out incendiaries, and to roll out burning clothing, during the WWII air raids on Britain. This applies even better to nuclear fires, where the fires are not hard-to-extinguish burning magnesium, phosphorus, or napalm, but merely everyday materials like paper, which can be in most cases be easily stamped out, if tackled before fire spread. Anti-civil defense propaganda not only fails to take account in the proper scaling laws in comparing WWII air raids to nuclear explosions, it also tries to claim that somehow the nuclear attack fires are worse. The real WWII incendiary problems occurred during protracted air raids where falling high explosives (some with delay fuses to protract the danger) and fragmentation butterfly bombs were deliberately included in bomb loads, specifically to try to prevent people from easily extinguishing incendiary bombs before they had time to set alight houses! This is a far worse situation than than fire-fighting in a nuclear attack, where the time dependent effects sequence is simple! The worst fire destruction of WWII in London occurred in deserted book warehouses in the Docklands, before firewatching was made compulsory by law. Putting people in outdoor shelters increased the fire threat, because small incipient house fires were able to burn out of control.
Critics of civil defense deplored its cheapness and demanded a "Maginot Line" of expensive deep shelters as being the "only trustworthy safeguard against attack", which is totally crazy. As for the Maginot Line, or Hiroshima (which had plenty of shelters, with nobody in them), the enemy simply has to change the targetting and strike plan to either areas or allies which lack the expensive defenses, or else to use a surprise attack when nobody is in the expensive deep shelters! It's the spur of the moment knowledge about duck and cover that really counts in civil defense. Outdoor shelters in WWII prevented people from remaining indoors and immediately extinguishing fires, so the policy maximised the amount of house destruction. In addition, the incendiary threat had been exaggerated. When there is a real risk of attack, people at the end of the day value life, and in WWII they lost apathy about civil defense, and reduced the fire risk by removing clutter, ensuring adequate buckets of sand/water or other fire extinguishers for firefighting, and this response negated dire assumptions in pre-war fear-mongering "predictions" of weapons effects. All nuclear weapons effects predictions should clearly state what assumptions they use, and should compare the results with and without simple countermeasures!
Above: flying glass is a typical example of an effect of nuclear weapons that is easy to protect against using knowledge and evasive action, both relatively cheap countermeasures that don't have the drawbacks of Maginot Line shelter psychology. Firstly, as this graphs demonstrate, high overpressures mean very small sized glass window fragments, almost a powder, which are mostly superficially penetrating to skin, and are unlikely to penetrate through the abdominal wall to deeper tissue. Obviously, since the outer skin can stop these fragments, so will most types of clothing. To avoid the major problem of glass in the eyes, you can turn away and duck and cover in the relatively long time interval (an average of several seconds over most of the area where duck and cover is needed) between a visible light flash brighter than the sun and the arrival of the blast wave. This is a benefit of nuclear weapons over a similar amount of blast destruction by a large conventional air raid: the flash of nuclear weapons gives advance warning of the blast, provided people are aware and informed of this fact (rather than the usual propaganda by TV media, which lies that the sound accompanies the flash!):
Glasstone's 1962/4 "Effects of Nuclear Weapons" contained a chapter emphasising the time factor "Principles of Protection", which don't exist for conventional weapons where the blast arrives too fast for duck and cover over the area where windows are broken:
Above: the time factor for initial gamma radiation. Note that soldiers who stood up in Nevada trenches after the blast wave passed to get a better view of the rising fireball, got more initial gamma radiation that those who remained lying down. This is partly because of the "hydrodynamic enhancement" which occurs once the compressed shock front passes the observer's location, leaving only low density air (the partial vacuum blast phase) between the fireball and the observer, which increases the gamma radiation transmission rate. Close to the burst, only a small fraction of the initial gamma radiation is received prior to the arrival of the blast wave, so you should remain lying down behind a dense wall or shielding for 20 seconds or so to minimise this dose. Also note that fallout effects like radioactive iodine-131 in milk are predictable and occur on a definite timescale, so contaminated milk can be avoided for a particular period after burst to avoid the threat, without the need to keep taking measurements. The laws of decay for nuclides don't need re-evaluation! There is a lot of propaganda about radiation, all of it based on pure ignorance.
Dr Terry Triffet's testimony to Congress in 1959 make it clear that people can identify fallout particles, distinguishing them from blast-blown dust in a nuclear attack. It's a matter of knowledge of the facts replacing ignorance derived fears. Also note that very low energy gamma ray emitters Np-239 and U-237 in the fallout from bombs with U-238 tampers or fusion capsule pushers makes the mean gamma ray energy decline especially fast in the fractionated close-in fallout (8 miles downwind) from a land surface burst (just 0.25 Mev at 1 week, compared 0.7 Mev in Glasstone and Dolan's book, and 1.25 MeV Co-60 gamma rays which are used to determine protection factors). This means protection is boosted; lower energy gamma rays are shielded more easily.
- Update 8 April 2013:
- The Iron Lady’s address to the United Nations General Assembly on Disarmament (after pointing out that since Nagasaki, 10 million people had been killed by 140 non-nuclear conflicts), 23 June 1982.
On 29 October 1982, she predicted the fall of the Berlin Wall and the USSR:
‘You may chain a man, but you cannot chain his mind. You may enslave him, but you will not conquer his spirit. In every decade since the war the Soviet leaders have been reminded that their pitiless ideology only survives because it is maintained by force. But the day comes when the anger and frustration of the people is so great that force cannot contain it. Then the edifice cracks: the mortar crumbles ... one day, liberty will dawn on the other side of the wall.’
On 22 November 1990, after a long struggle against USSR aggression with Ronald Reagan, she declared:
‘Today, we have a Europe ... where the threat to our security from the overwhelming conventional forces of the Warsaw Pact has been removed; where the Berlin Wall has been torn down and the Cold War is at an end. These immense changes did not come about by chance. They have been achieved by strength and resolution in defence, and by a refusal ever to be intimidated.’ (Quotations: The Downing Street Years.)
- Friedrich von Hayek (1899–1992), The Road to Serfdom, "Planning and Power."
(THIS IS THE REASON FOR CHURCHILL’S WARINESS OF ATTLEE’S PLANS FOR EXTENSIVE NATIONALIZATION AND EXPANSION OF STATE CONTROL.)
It was prior to the discovery of the mass graves from Stalin's Katryn Forest Massacre of polish officers, it was prior to Churchill's "Iron Curtain" warning about the whole of Eastern Europe falling simply from Nazi tyranny to USSR dictatorship, and it was prior to the 1948 Berlin airlift when Stalin tried to use starvation to bring about submission. In other words, on 4 June 1945 Churchill was a prophet ahead of his time and his warning was ridiculed by Mr Clement Attlee just as his warnings of Hitler in 1935 had been ridiculed by Mr Clement Attlee.
Churchill's warning (4 June 1945):
"My friends … Socialism is inseparably interwoven with Totalitarianism and the abject worship of the State. … Look how even today they hunger for controls of every kind, as if these were delectable foods instead of wartime inflictions and monstrosities. There is to be one State to which all are to be obedient in every act of their lives. The State is to be the arch-employer, the arch-planner, and arch-administrator and ruler and the arch-caucus-boss. … A Socialist State once thoroughly completed in all its details and its aspects—and that is what I am speaking of—could not afford to suffer opposition. … Socialism is, in its essence, an attack not only upon British enterprise, but upon the right of the ordinary man or woman to breathe freely without having a harsh, clumsy, tyrannical hand clapped across their mouths and nostrils. ... no Socialist system can be established without a political police. Many of those who are advocating Socialism or voting Socialist today will be horrified at this idea. That is because they are short-sighted, that is because they do not see where their theories are leading them.
"No Socialist Government conducting the entire life and industry of the country could afford to allow free, sharp, and violently worded expressions of public discontent. They would have to fall back on some form of Gestapo, no doubt very humanely directed in the first instance. And this would nip opinion in the bud; it would stop criticism as it reared its head, and it would gather all the power to the supreme party and the party leaders, rising like stately pinnacles over their vast bureaucracies of Civil servants, no longer servants, and no longer civil. And where would the ordinary simple folk—the common people, as they like to call them in America—where would they be, once this mighty organism had got them in its grip?"
This is not an absurdity, it is the reality of politics today, when emotional screaming and hysteria, reflexive blind hatred, ridicule and contempt, worship of conventionality and subjectivity have replaced objectivity. Even in June 1945, Clement Attlee could only reply with a patronising sneer at Churchill’s bombastic style of argument, and would not lower himself from his high horse to address Churchill argument itself:
"How great was the difference between Winston Churchill the great leader in war of a united nation, and Mr. Churchill the party leader of the Conservatives."
This is purely ad hominem abuse, since there is neither objective rebuttal from Attlee of Churchill's carefully reasoned argument, nor admission that Churchill was right. There is just a sneer from Attlee, exactly the kind of sneer Attlee had for Churchill in 1935. Churchill fought Germany's National Socialists (who were led by Hitler) and he opposed this socialist state-control idealism from taking root in Britain. Attlee had fought against Churchill's efforts to stop Hitler in 1935 as being ridiculous, and in 1945, ten years later, he did the same thing. Attlee made the same mistake in 1945 in dismissing Churchill's comment as ridiculous as he did in dismissing the threat of Hitler's fascists in 1935 when Churchill warned of them. If someone gives a warning and is ignored and ridiculed as Churchill was in 1935, should you repeat the error a decade later when he gives another warning? Contrary to misquotations of Churchill's 4 June 1945 speech ,made by those who want to both (1) claim the speech is so important that it single-handedly lost Churchill the election, and (2) treat the speech as unimportant enough not to be correctly quoted, the fact is that socialism is a religion of dictatorial control censorship. They resort to ad hominem attacks on critics, not to objective argument:
"... Hayek [The Road to Serfdom, 1944] challenged the general view among British academics that fascism was a capitalist reaction against socialism, instead arguing that fascism and socialism had common roots in central economic planning and the power of the state over the individual." - Wikipedia.
"The increasing veneration for the state, the admiration of power, and of bigness for bigness’ sake, the enthusiasm for ‘organization’ of everything (we now call it ‘planning’) and that ‘inability to leave anything to the simple power of organic growth’...are all scarcely less marked in England now than they were in [Nazi] Germany."- Friedrich von Hayek (1899–1992), The Road to Serfdom, 1944.
"The subtle change in meaning to which the word ‘freedom’ was subjected in order that this argument sound plausible is important. To the great apostles of political freedom the word had meant freedom from coercion, freedom from the arbitrary power of other men, release from the ties which left the individual no choice but obedience to the orders of a superior to whom he was attached…The demand for the new freedom was [in contrast]…only a name for the old demand of an equal distribution of wealth."- Friedrich von Hayek (1899–1992), The Road to Serfdom, "The Great Utopia"
(Two diametrically opposed kinds of "freedom" can be defined: freedom from state control, and the Nazi/socialist freedom for state coercion to oppress criticisms of the enforcement of utopian dogma.)
This doublethink is best demonstrated by the history of nuclear weapons effects and radiation effects, both of which are "defended" by emotional propaganda which declared it immoral or unethical not to tell lying exaggerations. This closes down all discussions before the facts have even been aired. The only people the media now prefer to report are subjective pseudoscientists who have political affiliations within the professional money-making side of the large-scale industry of "science" but use that political muscle to issue fashionable groupthink. There is no objectivity involved, no comparison with natural risks which are larger than those from radiation at Hiroshima and Nagasaki by massive factors: even at high dose rates (where DNA repair mechanisms like enzyme protein P53 are of minimal utility, as compared to low dose rates) you need a radiation dose of 10-100 cGy (rads) to merely equal to natural cancer risk. Below that dose, the natural risk of cancer from copying errors and chemical breaks in DNA exceed the risk from radiation:
Above: Radiation Effects Research Foundation (funded by Uncle Sam and Japan) results of the Life Span Study of Hiroshima and Nagasaki irradiated survivors.
The excess leukemias were 94 out of 49,204 irradiated survivors: a risk of 0.19% from radiation
The excess solid tumors were 848 out of 44,635: a risk of 1.9% from radiation. These general effects have long been known:
Above: improved cancer treatment gives better than a 50% chance of surviving 5 years with leukemia and better than 97% chance of surviving thyroid cancer more than 5 years, provided you don't have to rely on a USSR-type British NHS (National Health Service) which is an ineffective, monolithic, demotivating, failure at everything except for its "success" in spending taxpayer's money in promoting itself as "the envy of the world" (in true Stalinist propaganda fashion).
Cancer research: insulin and sugar
Aggressive, fast-spreading cancer cells spend a much greater fraction of their time dividing, which is why they are more vulnerable to radiation than non-cancer cells. This is the basis for radiotherapy treatments, and was discovered by J. Bergonie and L. Tribondeau in 1906 (Acad. Sci. Paris, v143, p983; English version in Radiation research, v11, 1960, p32): "The sensitivity of cells to irradiation is in direct proportion to their reproductive activity ..." By the same token, fast dividing cancer cells can't regulate their metabolism and so are more vulnerable to starvation than non-cancer cells. This means that effective fasting to reduce insulin levels (which accelerates cancer cell spread) can reduce the spread of aggressive cancer and give time for other treatments or natural defenses to work. A study back in 2002 by P. J. Goodwin, et al., "Fasting insulin and outcome in early-stage breast cancer," J Clin Oncol., v20, pp42-51 concluded: "Fasting insulin level is associated with outcome in women with early breast cancer. High levels of fasting insulin identify women with poor outcomes ..." This research merely correlates the risk of mortality with the insulin level once cancer is detected; it does not check the influence of insulin level on the risk of cancer risk in the first place. In addition, blood glucose levels show a stronger correlation to cancer spread than insulin: P. Muti, et al., "Fasting glucose is a risk factor for breast cancer", Cancer Epidemiol Biomarkers Prev. v11 (2002), pp.1361-8, which found that "There is some evidence that glucose and other factors related to glucose metabolism, such as insulin and insulin-like growth-factors (IGFs) may contribute to breast cancer development. ... These results indicate that chronic alteration of glucose metabolism is related to breast cancer development."
The primary driver of insulin is carbohydrate, including starch, not fat. In 2005, a study of 1.3 million Koreans correlated sugar consumption to cancer risk. Despite this research and the mechanism for aggressive cancer fuelling by insulin and glucose, there is (1) a reluctance to fund research into this simple approach and (2) a widespread dissemination of inaccurate claims and obfuscation on the link between sugar and aggressive cancer proliferation. e.g. the downright deception propaganda of the website "Caring4Cancer":
"The concept that sugar feeds cancer is not useful. Sugar feeds every cell in our bodies. Our bodies need glucose, or simple sugar, for energy. Even if you cut every bit of sugar out of your diet, your body will make sugar from other sources, such as protein and fat. So cancer cells need sugar to grow, just like healthy cells. It helps to remember that there is nothing particular about sugar that “feeds” cancer cells any more than sugar feeds all cells in our body."
It is a complete deception, it simply ignores the factual evidence that aggressive fast-proliferating cancer cells are continuously dividing with vast power requirements, and so are more vulnerable to starvation during fasting than healthy cells, which are not spending all their time dividing! The ignorant statement is drivel (like saying that throwing water on a fire is no help, because everyone knows water contains oxygen and hydrogen). The page then correctly states that an increase in sugar increases blood insulin levels, which cause cancer cells to "rev up" and spread faster, but this confuses the accelerator pedal for the fuel. To kill cancer you need to make the cancer cells "rev up", but without supplying the fuel sugars they need to do so, so they starve and are killed. Research which looks at the situation where blood sugar and blood insulin levels are connected is missing this whole point, that an effective treatment for cancer is to desynchronise insulin from sugar. You can do this on a short-term treatment basis by simply administering insulin without administering sugar, killing the cancer cells by cutting off their fuel supply (sugar) while maintaining the cancer accelerator (insulin) so that the cancer cells are forced to try to continue dividing, with inadequate fuel, and so die.
If you reduce blood sugar and blood insulin falls, then the cancer cells go into fasting like normal cells (due to the fall in insulin), and survive, ready to spread aggressively when sugar and insulin levels increase. A good analogy to this is the tactic of cutting off fuel and logistics supplies for enemies in war, while they are on the offensive: the tanks and aircraft run out of fuel and are vulnerable. But if they are holed up and on the defensive when their fuel is destroyed, they won't budge and you are in a long, protracted conflict of attrition. With cancer, you don't want to to help the cancer cells survive by making them go into a fasting state by reducing the insulin level; you want them to be killed by starvation as they try to replicate quickly.
The linkage between blood sugar and blood insulin in research to covers up this simple mechanism for killing cancer cells by starvation. Cutting the throttle (reducing the insulin) while cutting the fuel (sugar) allows cancer cells to throttle back and survive fasting. What you need to do to kill cancer cells by starvation is to force them to divide faster (increased insulin), while reducing blood sugar to starve them when they try to do this. It seems that this point isn't getting through to cancer researchers. It is not a long-term solution, but a short-term treatment to kill cancer. Obviously, you can't and don't want to increase insulin while reducing blood sugar for long periods, but merely for the time it takes to kill off an aggressive proliferating cancer.
The insulin-like growth hormone activator IGF-1 is involved in the ageing process and disease. By promoting rapid cell division and inhibiting cell death, high levels of IGF-1 in the blood promote cancer proliferation and ageing. Malignant cells are continuously dividing, with high energy requirements and cannot survive fasting. Non-cancer cells can regulate their metabolism to survive fasting. Fasting affects cancer risks. Pity this isn't being researched by anyone (drug companies have a very different approach, looking for profit-making drug solutions, not testing out simple ideas based on the mechanism for aggressive cancer proliferation!).
Exaggerated risks of radiation
There is such a thing as "minimising risk", but there is also such a thing as "exaggerating risk". The media are guilty of not publishing the truth. Note that in the Hiroshima-Nagasaki table above, even for 0.1-1 Gy (or 10-100 cGy or rads), 52% of leukemia deaths were natural and a smaller proportion, 48% due to bomb radiation, while for the same dose all other (solid tumor) cancers, 84% of the cancer deaths were natural and 16% were bomb radiation. We're dealing with massive radiation doses compared to natural background, which is 0.01 mRad/hr in London, i.e. 1 rad or 1 cGy is equal to 100,000 hours or 11.4 years exposure to external radiation from natural background, chiefly cosmic rays and gamma rays from natural uranium in the soil. However, the risks are real enough.
Dr Carl F. Miller, the author of Fallout and Radiological Countermeasures, of the U.S. Naval Radiological Lab and later Stanford Research Institute, collected Operation Castle H-bomb test fallout samples on the deck of Liberty ship YAG-39 near ground zero in 1954, personally measuring a dose (with his own dosimeter) near the upper end of the 10-100 rad interval from those tests and others such as Plumbbob Diablo and Coulomb B in 1957, and tragically did get leukemia in 1980. This was over 50% likely due to fallout exposure, and less than 50% likely to be natural leukemia incidence. One of the 64 Marshallese on Rongelap, Lekoj Anjain (son of the 1954 Mayor of Rongelap, John Anjain) who received about 175 cGy aged 1 in 1954, contracted fatal leukemia in 1972. His sister Mijjua Anjain in 1966 was the first from Rongelap diagnosed with a thyroid tumor, which like others, was treated successfully (the first thyroid nodules had been discovered in 1963), a result of a massive (up to 20,000 cGy for children 1 year old in 1954) thyroid iodine-131, iodine-132, and iodine-133 dose from drinking fallout water contaminated in the open rainwater cistern. Two children on Rongelap suffered growth retardation due to thyroid damage (hormone deficiency), also due to drinking water contaminated with iodine isotopes on the day of the fallout.
As with Hiroshima and Nagasaki, anti-radiation propaganda has ever since sought to conflate the extremely low level radiation persisting on Rongelap with long-term radiation effects due not to persisting low dose rate contamination, but to delayed effects from the high dose received outside on 1-2 March 1954, which caused all of the long-term effects. Although many people less than 1 rad from drinking milk after Nevada tests in America, there are good reasons from the Hiroshima threshold dose thyroid cancer data to suppose that zero percent of them got thyroid cancer; after nuclear tests and later Chernobyl, the lack of a proper control group leads to natural cancer incidences being reported as fallout radiation effects. Greenpeace and other anti-nuclear politics movements persuaded the people in 1984 that low-dose rate radiation was causing the long-term effects which were actually due to doses received back in 1954.
The dose intervals are fiddled in the RERF table so that an artificially large number of survivors are clumped into the 0.005-0.1 dose interval and only half that number are in the 0.1-1 dose interval: this statistical trick hides the decline (so to speak) in the cancer risk from low doses, where there is actually evidence of a hormesis and "threshold" dose of up to a few cGy at high dose rates for initial radiation at Hiroshima and Nagasaki (the threshold is about one thousand times greater for low dose rates, as evidence from the radium dial painters shows, see graph below).
Above: a costly Uncle Sam-funded dosimetry project measured the bone radium doses for the WWI radium dial painters, discovering evidence for a ~10mrad/hour (1000 times natural background) dose rate threshold for cancer. This graph is adapted from Dr Charles L. Sander's recent book, Radiation Hormesis and the Linear-No-Threshold Assumption (Springer, 2010 edition), which - like the declassified Hiroshima damage data - has been studiously ignored by the media. As our annotations on the graph show, we wish to emphasise the dose rate influence that seems to be inadequately thought about by Dr Sanders (as well as Dr Luckey and others) in the context of radiation hormesis. The fact is, the "threshold" dose for net injury is inversely proportional to the dose rate. Hiroshima (initial flash radiation) and the X-ray machine deliver doses in a short space of time (seconds), so the dose rate is high, and the threshold dose is low. This is why Dr Alice Stewart found a large rise in childhood leukemias where the mothers has X-rays while pregnant: the dose rate was high, so the threshold dose (especially for rapidly dividing cells in infants) was small. The reason for the dose rate dependence is P53 and other DNA repair enzymes having time to repair double-strand breaks correctly if the dose rate (double-strand break rate) is small, but sticking the wrong ends together (causing cancer) when the DNA is fragmented into lots of pieces all at once (high dose rates). It's as simple as that. DNA repair enzymes are overloaded at high dose rates. At dose rates up to 10 mrad/hour, hormesis evidence shows DNA repair over-compensates for radiation: more metabolism is devoted to DNA repair enzymes and as a result there is a net fall in overall cancer risk (hormesis).
Dr Sander's publisher's book back cover description on Amazon states:
"Current radiation protection standards are based upon the application of the linear no-threshold (LNT) assumption, which considers that even very low doses of ionizing radiation can cause cancer. The radiation hormesis hypothesis, by contrast, proposes that low-dose ionizing radiation is not only safe but is healthy and beneficial. In this book, the author examines all facets of radiation hormesis in detail, including the history of the concept and mechanisms, and presents comprehensive, up-to-date reviews for major cancer types. It is explained how low-dose radiation can in fact decrease all-cause and all-cancer mortality and help to control metastatic cancer. Attention is also drawn to biases in epidemiological research when using the LNT assumption. The author shows how proponents of the LNT assumption consistently reject, manipulate, and deliberately ignore an overwhelming abundance of published data and falsely claim that no reliable data are available at doses of less than 100 mSv. The consequence of the LNT assumption is a radiophobia that is very costly in terms of lives and money."
At Hiroshima and Nagasaki, the dosimetry and effects data is better at the lower doses than the higher doses (mostly survivors in concrete buildings with large protection factors) because of (1) the errors in calculating the shielding for survivors of large doses, and (2) the statistically larger number of low-dose survivors (see table above). The standard error for x cancers out of a large population (compared to the number x) is +/-100/x1/2 %, which is 10% error for a result of 100, about 3% for 1000 and 1% for 10000. So you get more accuracy for more effects, especially as the high dose (well shielded) survivor dosimetry is more error-prone for the concrete buildings near ground zero than for people either in wooden homes or outdoors at the greatest distances in the study. So Dr Sanders is correct here.
Unfortunately, he writes about dose thresholds, and doesn't fully analyze the dose rate dependence. The problem is that the medical diagnostic health physics industry uses high dose rates to ensure quick and unblurred X-rays (while keeping the total dose as low as reasonably achievable), and have a vested interest in turning a blind or bigoted eye to dose rate evidence. You don't want patients to be scared off by high dose rate X-ray machines, do you? Where jobs depend on a technology or science, i.e. in any professional science areas, you get some (often overwhelming) doublethink that hold back progress: people don't want to risk damaging the foundations of their discipline or even being ostracised socially in their profession for rocking a boat. This grass roots groupthink is always more effective in suppressing genuine discussion than high-handed obvious censorship, which is a target than can be attacked, rather than hidden in widespread prejudice.
Dr Zbigniew Jaworowski, Central Laboratory for Radiological Protection, "Radiation Risks in the 20th Century; Reality, Illusions and Risks", Lecture at the Discovery of Polonium and Radium; It's Scientific and Philosophical Consequences, Benefits and Treats for Mankind, International Conference (100th Anniversary of the Discovery of Polonium and Radium by Marie Sklodowska- Curie), held 17-20 September 1998:
"Between 1945 and 1980 there were 541 nuclear atmospheric tests performed, with a total energy yield of 440 Mt. In these explosions, about 3 tones of plutonium (that is, almost 15,000 "deadly" 200 gram doses) were injected into the global atmosphere, and, behold, a miracle: we are still alive! The average individual radiation dose from all these nuclear explosions, accumulated between 1945 and 1998, is about 1 mSv, that is. less than 1% of natural dose (UNSCEAR, 1998). In the record years of 1961 and 1962, there were 176 atmospheric explosions, with a total yield of 84 Mt. The maximum deposition, on the surface of the Earth, of radionuclides from these explosions occurred in 1964. The average individual dose accumulated from this fallout, between 1961 and 1964, was about 0.35 mSv. The global nuclear arsenal being about 50,000 weapons, with a combined explosive power of about 13,000 Mt (Rotblat, 1981; Waldheim, 1991), is only 30 times higher than the megatonnage already released by all previous nuclear tests in the atmosphere. ... At Hiroshima and Nagasaki, short-term radiation doses of less than 200 mSv did not cause induction of cancers among the atomic bomb survivors (UNSCEAR, 1993). Among survivors exposed to much higher doses, no adverse genetic effects in their progeny have been detected during 50 years of study (Sankaranarayanan, 1997). Until recently, such information from the study of survivors has been ignored. Instead, the driving force of radiophobia has been the linear no-threshold theory, assumed for relationship between radiation and its effects on the living organism (essentially, the assumption that the detrimental effects of radiation are proportional to dose, and that there is no dose at which such effects are not detrimental). It is on this assumption, that the International Commission of Radiological Protection (ICRP) arbitrarily based its rules of radiation protection in 1959. This was an administrative decision, not an effect of scientific proof. It was based not on science, but on political considerations, which influenced the philosophy and practice of radiation protection (Taylor, 1980). ... The absurdity of the no-threshold theory was brought to light after the Chernobyl accident in 1986, when minute doses - for example, reaching in the United States 0.004% of the average natural dose, or 0.3% at the rest of the Northern Hemisphere - were used to calculate 53,400 cancer deaths over the next 50 years (Goldman et al., 1987). ... The bomb survivor data, however, are not relevant for such estimations, because of the difference in the dose rate."
L. E. Feinendegen, MD, "Evidence for beneficial low level radiation effects and radiation hormesis", British Journal of Radiology, 2005, v. 78, no. 925, p. 3:
"Adaptive protection causes DNA damage prevention and repair and immune stimulation. It develops with a delay of hours, may last for days to months, decreases steadily at doses above about 100 mGy to 200 mGy and is not observed any more after acute exposures of more than about 500 mGy. Radiation-induced apoptosis and terminal cell differentiation also occur at higher doses and add to protection by reducing genomic instability and the number of mutated cells in tissues. At low doses, reduction of damage from endogenous sources by adaptive protection maybe equal to or outweigh radiogenic damage induction. Thus, the linear-no-threshold (LNT) hypothesis for cancer risk is scientifically unfounded and appears to be invalid in favour of a threshold or hormesis. This is consistent with data both from animal studies and human epidemiological observations on low-dose induced cancer. The LNT hypothesis should be abandoned and be replaced by a hypothesis that is scientifically justified and causes less unreasonable fear and unnecessary expenditure."
Above: low dose rate hormesis for bone tumors in mice injected with Sr-90 (M. Finkel et al., Second U.N. International Conference on the Peaceful Uses of Atomic Energy, geneva, 1958, v22, p65, published by the United Nations, 1959). This data, along with the human evidence from bone irradiation in radium dial painters who gave evidence for a >1000 R threshold dose for bone cancer (for doses spread over 25 years, which would be similar to strontium-90 bone retention), experimentally debunked the idea that the small strontium-90 in bones from global fallout due to H-bomb tests in the 1950s caused cancer. Linus Pauling and many others with a political edge over scientific objectivity chose to use their personalities and emotional socialism media domination to portray the illusion that such data simply doesn't exist, and that all radiation is as evil is witchcraft was viewed in the medieval period. The media listened to them. The human suffering costs are high:
Maurice Tubiana, MD, Ludwig E. Feinendegen, MD, Chichuan Yang, MD and Joseph M. Kaminski, MD, "The Linear No-Threshold Relationship Is Inconsistent with Radiation Biologic and Experimental Data", Radiology, 2009, v. 251, p. 13:
"The French Academies report (10) concluded that the LNT model and its use for assessing the risks associated with low doses are not based on scientific evidence. In contrast, the Biological Effects of Ionizing Radiation (BEIR) VII report (11) and that of the International Commission on Radiological Protection (ICRP) (12) recommended the use of the LNT model. ... Deinococcus radiodurans bacteria have error-free repair mechanisms that can tolerate doses of 7 kGy (17) ... The two main repair systems for DSBs are homologous recombination and nonhomologous end joining (NHEJ). ... At low doses of x-rays, homologous recombination is error free, while NHEJ is low error prone. ... Defects in DNA repair systems are associated with a higher cancer incidence in animals and in humans. ... The concept that cancer induction proceeds similarly after low and high doses and dose rates is inconsistent with biologic evidence. ... Contrary to previous claims, there was no increase in leukemia or other cancers (except thyroid cancer) in regions contaminated after the Chernobyl accident where thyroid doses ranged up to 1 Sv (123). The increase in thyroid cancer among young children is correlated with dose (124), and a threshold at 200 mSv is compatible with data (125). ... The data suggest that a combination of error-free DNA repair and elimination of preneoplastic cells furnishes practical thresholds ...
"The Chernobyl accident showed that overestimating radiation risks could be more detrimental than underestimating them. Misinformation partially led to traumatic evacuations of about 200 000 individuals, an estimated 1250 suicides, and between 100 000 and 200 000 elective abortions outside the Union of Soviet Socialist Republics (164,165). [Emphasis added. So much for the ethical morality behind the "logic" of the "precautionary principle's" exaggerations and censorship of the data in the name of "safety".] ... DNA repair systems are very effective at low doses or dose rates (about 5–10 mGy/min) and become more error prone with increasing dose and dose rate. ... The elimination of mutant cells by death or proliferation arrest is a crucial defense. Most human cancers display defects in apoptosis or other means of eliminating mutant cells (167). Damaged cells can be eliminated after low doses by means of death, senescence, or immune response. Low-dose-rate irradiation (approximately 10 mGy/min) is less carcinogenic (per unit dose) than high-dose-rate irradiation (1 Gy/min)."
Above: hormesis for a 3000 Rad dose by single exposure at 10.3 Rad/minute of flour beetles to X-rays (J. M. Cork, Radiation research, 1957, v7, p551). Commenting on this data in the 1961 Pergamon Press revised edition of the textbook by Bacq and Alexander, Fundamentals of Radiobiology, on page 442 stated: "Perhaps the hypothesis that all effects of ionizing radiation are inevitably deleterious has outlived its usefulness ... certain levels of radiation can be tolerated by animal population ..." Robin H. Mole in 1957 published evidence in Nature v180, p456, showing that mice and guinea pigs given 1 R/week had increased lifespans, which is now well substantiated and is a hormesis effect due to the over-stimulation of DNA repair enzymes like P53 by low-level radiation, with beneficial health effects. This of course violates the "precautionary principle". When the linear, no-threshold dogma set in, with the 1956 presidential election hinging on the nuclear testing radioactive fallout issue, it was politically concerned with left winger scientists using it to peddle USSR-appeasement. A pitched technical battle in the mainstream media ensued:
"Strontium-90 ... without doubt the most technical subject ever injected into a political campaign. In no previous campaign had so many scientists been inspired to send so many statements to newspapers. Never had the voting public had such a difficult, if not insuperable, job of trying to understand the arguments involved."
- Newsweek, "The 'Unpleasant Debate'," 26 November 1956, page 64.
The result was that the "precautionary principle" triumphed at the US Congressional Hearings in May-June 1957, becoming dogma before the facts on DNA repair enzymes like P53 as a low dose rate hormesis mechanism were finally uncovered beginning about twenty years later, in the late 1970s.
Anyone complaining about emotional groupthink on radiation is now abused with lying ad hominem sneers. This is what Churchill predicted on 4 June 1945. Clement Attlee had to keep rationing going postwar, because there was a lack of money for social reforms, thanks to his decision in 1935 to ignore Churchill and thereby to allow WWII to increase Britain's national debt to record heights. Churchill's reluctance to implement the reforms were due to the financial constraints. In 1951, after the true socialist face of Joseph Stalin had been revealed in the Cold War, Attlee was thrown out in the general election. Churchill was back in, and ended rationing, which throws light on Attlee's socialist popularity, once a WWIII threat from the "Union of Soviet Socialist Republics" emerged. Which was more important then, ivory tower political idealism, or liberty?
18 June 2013 update:
The Syrian civil war had been steadily escalating since it began in March 2011, and 90,000 have been killed so far. In one way of looking at history, every major war is sparked off by some kind of civil war which acts as the initial spark, with various other countries taking sides to give "horizontal" escalation, while stating that they are just trying to support the weaker side, or to bring the war to a close sooner and with less suffering. (Alfred Nobel supplied explosives to both sides in the Crimean War, justifying his profit making scheme by claiming it would help bring the war to an end quicker because both sides would give in and come to their senses. The idea was wrong, but it made money.) The problem is pretty obvious: the various countries which supply arms to both sides may just deepen the conflict. Trevor Kavanagh writes that America and Russia must: "either sit on their hands and watch freedom-loving Syrian rebels brutally crushed by the Russian-backed President Assad ... whether to throw in our lot with treacherous ganges of fanatical killers who might one day turn upon us ...
"Today there is a risk the conflict will escalate dangerously into a new Cold War, with Assad as Russia's puppet and America supporting a ragbag jihad army - many of the from the streets of Britain. We are already on the brink. America, under pressure from well-intentioned David Cameron, is siding with the rebels. Britain is supplying 'non-lethal' equipment, like bulletproof jackets and radio communications. He promises [just like President Johnson circa 1964, with regards to sending military advisers to Vietnam] there will be no 'boots on the ground' ... there is talk of a Nato-enforced no-fly zone over Syrian airspace. And once the military dips its toe in the water, we risk inevitable escalation."
As LeMay made clear in 1968 (quotations included if you scroll down this blog), escalation is the key to ending any war, by forcing peace talks as the IRA did in Northern Ireland where the G8 summit is being held. Escalation is precisely the whole point of war: to intimidate the opponent into surrendering as soon as possible or at least reaching some kind of acceptable compromise like democratic proportional representation power sharing, to overcome the normal dictatorship by the majority. Otherwise, you end the war by surrendering, in which case you might as well not bother fighting in the first place and just use a policy of appeasement to give in to threats and coercion from anybody who makes them, for fear of the "risk of escalation".
Kavanagh goes on about the threat that a Nato no-fly zone enforced by Nato fighters will escalate the conflict because Assad will simply use some of their mobile Russian anti-aircraft rockets to shoot the planes down. This gives the Russians the opportunity to send in tanks, planes and advisers, and "vertical" escalation then proceeds: "Some even fear such an incident could trigger World War III." This is an exaggeration, provided that the second-strike nuclear capability on both sides is retained and not abandoned as the disarmers would like. If nuclear disarmament did occur, it would pretty much guarantee a nuclear arms race in a life-or-death conventional war, ending in nuclear war. In addition, it would increase the risk of this war starting in the first place, because the removal of the nuclear second-strike capability would remove the deterrent to a major war.
The world of 1939 was non-nuclear. The two nuclear weapons which ended WWII were not drawn from pre-war stockpiles, but were manufactured from scatch in a rush during the war itself, in an effort to end conventional protracted warfare as soon as possible, saving lives. The perversion of history by dogmatic propaganda is a serious danger. Remember that tabun nerve gas was discovered in Germany in 1938, and Germany stockpiled 12,000 tons of tabun by 1945. It was never used in WWII. Escalation is deterred by effective countermeasures and retaliation capabilities. Anthrax was available to retaliate, and Hitler did not know whether nerve gas was available here or not. Had we openly renounced gas defenses and retaliation capabilities (as many idealists prefer), Hitler would have known where he stood, and would not have been desisted from using his 12 kilotons of tabun for fear of retaliation.
But the basic tragedy being overlooked here is that both sides in the Syrian war are Islamic; Shia vs. Sunni. This is analogous to the troubles in Northern Ireland between two Christian communities: Catholic and Protestant. Neither is about religion, but about freedom from political control. The religion just acts as a community definition. It's quite possible for a protestant to become catholic, but the person then changes communities or becomes an outsider. This groupthink aspect of religion is also seen in political party politics, where people may belong to a community for reasons of social standing or influence, or simply family history. The ineptitude of the conflict resolvers to understand that war is the escalation of attempted political dialogue in order to try to force reasoned negotiation or concession, is clearly visible in all civil wars. People fight when diplomacy fails, for a simple reason: action speaks louder than words.