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Yamato (大和), named after the ancient Japanese Yamato Province, was a battleship of the Imperial Japanese Navy. She was lead ship of her class. She and her sister Musashi were the largest, heaviest, and most powerful battleships ever constructed, displacing 72,800 tonnes at full load. The class carried the largest naval artillery ever fitted to any warship - 460 mm (18.1 in) guns which fired 1.36 tonne shells.

The ship held special significance for the Empire of Japan as a symbol of the nation's naval power ('Yamato' was sometimes used to refer to Japan itself), and its sinking by US aircraft in the final days of the war during the suicide Operation Ten-Go is sometimes considered symbolic of Japan's defeat itself.
The Yamato class was built after the Japanese withdrew from the Washington Naval Treaty at the Second London Conference of 1936. The treaty, as extended by the London Naval Treaty of 1930, forbade signatories to build battleships before 1937.

Design work on the class began in 1934 and after modifications the design for a 68,000 ton vessel was accepted in March 1937. Yamato was built in intense secrecy at a specially prepared dock to hide her construction at Kure Naval Dockyards beginning on 4 November 1937. She was launched on 8 August 1940 and commissioned on 16 December 1941.

Originally, five ships of this class were planned. The third, Shinano, was converted to an aircraft carrier during construction after the defeat at the Battle of Midway. The un-named "Hull Number 111" was scrapped in 1943 when roughly 30% complete, and "Hull Number 797", proposed in the 1942 5th Supplementary Program, was never ordered.

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Plans for a "Super Yamato" class, with 20 inch (508 mm) guns, provisionally designated as "Hull Number 798" and "Hull Number 799", were abandoned in 1942.

The class was designed to be superior to any ship that the United States was likely to produce. Her 460 mm main guns were selected over 406 mm (16 in) ones because the width of the Panama Canal would make it impractical for the U.S. Navy to construct a battleship with the same caliber guns without severe design restrictions or inadequate defensive arrangement. To further confuse the intelligence agencies of other countries, Yamato's main guns were officially named 40.6 cm Special, and civilians were never notified of the true nature of the guns. This worked so well that as late as 1945, the U.S. believed the Yamato had 16 inch (406 mm) guns and a 40,823 tonne displacement, comparable to the Iowas. Funding for the Yamato class was also scattered among various projects so the huge costs would not be immediately noticeable.

At the Kure Navy Yard, the construction dock was deepened, the gantry crane capacity was increased to 100 tonnes, and part of the dock was roofed over to prevent observation of the work. Many low-level designers and even senior officers were not informed of the true dimensions of the battleship until after the war. When the ship was launched, there was no commissioning ceremony or fanfare.
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Yamato was designed by Keiji Fukuda and followed the trend of unique and generally excellent indigenous Japanese warship designs begun in the 1920s by Fukuda's predecessor Yuzuru Hiraga. The design of Yamato contained a number of unique features, some of which contributed to the striking appearance of the vessel. To begin with, unlike most of the designs of the 1920s and 1930s, Yamato's deck was not flush. The undulating line of the main deck forward saved structural weight without reducing hull girder strength. Tests of models in a model basin led to the adoption of a semitransom stern and a bulbous bow, which reduced hull resistance by 8%.

The nine 460 mm main battery were the largest ever fielded at sea, a major technological challenge to construct and operate. Their successful implementation in the Yamato class constitutes a major achievement on the part of Japanese naval constructors. The exponentially higher blast effect of the main armament prevented the stowage of boats on deck or the stationing of unshielded personnel in combat. As a result, all anti-aircraft positions (even the smallest) were enclosed in blast shields as designed. Later in their career the anti-aircraft armament of both ships were considerably augmented by open positions of both light and heavy weapons. Presumably AA gun crews would evacuate the weather deck prior to the firing of the main armament. This might help explain Yamato's ineffectiveness at the Battle off Samar; the ship was under almost continual air attack and may have been prevented from firing her main armament at the risk of killing or disabling gunners in open positions. For similar reasons, the superstructure of the ship was extremely compact, which reduced armored citadel length but also hampered anti-aircraft arcs of fire.

Boats were stowed in below-deck hangars and launched via an unusual traveling crane arrangement mounted on both quarters. The quarter deck aft of Turret 3 was paved with concrete, beneath which a hangar for the stowage of up to seven spotter aircraft was provided for via a wide elevator-like opening in the stern. Contrary to some descriptions the Yamato and Musashi did not have "Pagoda" masts as did previous Japanese battleships, but modern tower bridge structures to house command and fire control facilities. The mainmast, funnel and tower bridge were all unique in design and appearance, differing markedly both from other Japanese battleships and from capital ships of other navies. There is a general "familial" resemblance however between the architecture of the Yamatos and the Hiraga/Fujimoto designed series of cruisers of the 1920s and 30s, particularly the Takao and Mogami classes.
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The immense beam of these ships made them perhaps the most stable of all battleships. Both ships were reported to be very stable even in heavy seas. However, the increased width of the hull also meant that any loss of stability required a correspondingly greater righting-arm to correct in the event of significant flooding. The ship had one single large rudder (at frame 231), which gave it a small (for a ship of that size) turning circle of 640 m. By comparison the U.S. Iowa-class fast battleship had one of over 800 m. There was also a smaller auxiliary rudder installed (at frame 219) which turned out to be virtually useless.

The steam turbine power plant was a relatively low powered design (25 kgf/cm² (2.5 MPa), 325 °C), and as such, their fuel usage rate was very high. This is a primary reason why they were not used during the Solomon Islands campaign and other mid-war operations. In addition, installed horsepower was only 147,948 (110,324kW), limiting her ability to operate with carriers.

Arc welding, a relatively new procedure at that time, was used extensively. The lower side-belt armor was used as a strength member of the hull structure. This was done to save weight, an important concern for the designers, despite the lack of treaty limitations. There were a total of 1,147 watertight compartments in the ship (1,065 of these beneath the armored deck).

Combat
Battle of the Sibuyan Sea, 24 October 1944. Yamato is hit by a bomb near her forward 460 mm gun turret, during attacks by U.S. carrier planes as she transited the Sibuyan Sea. This hit did not produce serious damage.
Battle of the Sibuyan Sea, 24 October 1944. Yamato is hit by a bomb near her forward 460 mm gun turret, during attacks by U.S. carrier planes as she transited the Sibuyan Sea. This hit did not produce serious damage.
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Yamato was the flagship of Admiral Isoroku Yamamoto from 12 February 1942, replacing Nagato. She sailed with Nagato, Mutsu, Hosho, Sendai, nine destroyers, and four auxiliary ships as Yamamoto's Main Body during the attempted invasion of Midway Atoll in June 1942, but took no active part in the Battle of Midway. She remained the flagship for 364 days until February 11, 1943, when the flag was transferred to her sister ship Musashi. From 29 August 1942 to 8 May 1943, she spent all of her time at Truk, being underway for only one day during this entire time. In May 1943, she returned to Kure, where the two wing 155 mm turrets were removed and replaced by 25 mm machine guns, and Type-22 surface search radars were added. She returned to Truk on 25 December 1943. On the way there, she was damaged by a torpedo from the submarine USS Skate, and was not fully repaired until April 1944. During these repairs, additional 127 mm anti-aircraft guns were installed in the place of the 155 mm turrets removed in May, and additional 25 mm anti-aircraft guns were added.

She joined the fleet in the Battle of the Philippine Sea in June 1944. In October, she participated in the Battle of Leyte Gulf, during which she first fired her main guns at enemy aircraft and surface ships. During the initial air attack, she received two bomb hits from aircraft which did little damage. However, her sister, Musashi, bore the brunt of the US carrier aircraft attacks and was sunk. Yamato compatriots later sank an escort carrier and some escort vessels at Samar, but Yamato herself was largely absent from the climax of this engagement due to her having turned away from American torpedoes launched from USS Heermann (DD-532). She returned home in November and her anti-aircraft capability was again upgraded over the winter. She was attacked in the Inland Sea on 19 March 1945 by carrier aircraft from Task Force 58 as they attacked Kure, but suffered little damage.

On 6 April 1945, Yamato was sent on a suicidal mission (operation Ten-Go) against more than 1000 US ships off Okinawa. US carrier-based aircraft sank her before she was close to her target.

Operation Ten-Go
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Her final mission was as part of Operation Ten-Go following the invasion of Okinawa on 1 April 1945. It was a suicide mission (commanded by Admiral Seiichi Ito) to attack the U.S. fleet supporting the U.S. troops landing on the west of the island; her mission was to beach herself on the coast, in effect becoming an unsinkable gun battery. In addition, the Yamato's crew was to join the defending Japanese forces on Okinawa after the beaching. On 6 April Yamato and her escorts, the light cruiser Yahagi and eight destroyers, left port at Tokuyama. They were detected by US submarines on the night of 6 April as they exited the Inland Sea southbound.

Yamato had no air cover for her final mission, nor did she have many escorts. All of the officers and crew assumed it would be her last voyage. On her final evening, as it was expected U.S. carrier planes would attack the next morning, the officers allowed or even ordered the crew to indulge in sake.

At about 0830 hours on 7 April 1945, United States fighter planes were launched to pinpoint the Japanese task force. By 1000 hours, Yamato's radar picked up the U.S. planes and a state of battle readiness was commanded. Within seven minutes all doors, hatches and ventilators were closed, and battle stations were fully manned.

Yamato fired beehive shells (三式燃散弾, san-shiki shosan dan ) from her main guns against the US planes. Each of these anti-aircraft shells contained thousands of pellets that would be scattered upon explosion - analogous to a massive shotgun round. However, the beehive shells were ineffective against the incoming US planes, and performed little more than pyrotechnic displays. Strafing attacks by the US warplanes would decimate many of the AA gun crews, reducing the battleship's ability to fend off the attacking US aircraft.
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Planes from the carrier Hornet joined the strike force from Bennington. Bennington's VB-82, led by Lieutenant Commander Hugh Wood, was flying at 6,000 m (20,000 ft) altitude in heavy clouds on the bearing to intercept the ships. Although the radar indicated they were very close, the pilots were startled when they realized they were directly above the Japanese task force and within range of anti-aircraft fire. Lieutenant Commander Wood immediately pushed his Helldiver into the clouds and made a sharp left turn, commencing their attack. Wood's wingman was unable to stay with the formation, leaving Lieutenant (jg) Francis R. Ferry and Lieutenant (jg) Edward A. Sieber to follow Wood into the first strike on the Yamato.

The dives began at 20,000 ft directly over the Yamato, bearing from stern to bow. Bombs were released at an altitude of less than about 500 m (1,500 ft). The dives were made as close to a 90-degree angle as possible to avoid most anti-aircraft guns. Each of the three planes released eight 127 mm (5 in) rockets; two armor-piercing bombs and bursts of 20 mm machine gun fire. Lt. (jg) Ferry remembers that "at this distance a miss was impossible".

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The first two bombs dropped by Lt. Commander Wood hit on the starboard side of the weather deck, knocking out several of the 25 mm machine guns and the high-angle gun turret and ripping a hole in the flying deck. Seconds later came the two bombs from Lt. (jg) Ferry, destroying secondary battery fire control station as they blew through the flying deck, and starting a fire that was never extinguished. This fire continued to spread and is believed to have caused the explosion of the main ammunition magazine as the Yamato capsized some two hours later. Hot on Ferry's tail was Lt. (jg) Sieber, delivering two bomb hits forward of the island, ripping more holes in the decks in the vicinity of the number three main gun turret.

The torpedo plane pilots were ordered to aim for the parts of the Yamato's hull unprotected by her torpedo defense system: the bow and stern. They were also ordered to attack her on one side only, so that their target would capsize more easily since counter-flooding would become more difficult. Within minutes of the Avengers' torpedo attacks, the Yamato suffered three torpedo hits to her port side and began listing.
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Over the next two hours, two more attacks would be launched, pounding the Yamato with torpedoes and bombs. Attempts at counter-flooding failed, and shortly after 1400 hours, the commanding officer gave the word to prepare to abandon ship. As the ship listed beyond a 90° angle and began sinking, a gigantic explosion of the stern ammunition magazines tore the ship apart. The huge mushroom of fire and smoke exploded almost four miles into the air and the fire was seen by sentries 125 miles away in Kagoshima prefecture on Kyushu, the southernmost of Japan's four main islands. Only 280 of the Yamato 2,778-man crew were rescued from the sinking ship. The end had come for the Yamato, foreshadowing the coming end of the Imperial Japanese Military. Ten aircraft and 12 airmen were lost in the attack on the Yamato.


Naval gunfire took no part in Yamato's demise. The sinking of the world's largest battleship by aircraft alone confirmed the lessons learned by the sinking of the Prince of Wales, Repulse, and Musashi: The battleship had been supplanted by the aircraft carrier as queen of the sea and the capital ship of any fleet.

The wreckage lies in around 300 meters of water and was surveyed in 1985 and 1999. These surveys show the hull to be in two pieces with the break occurring in the area of the second ('B') main turret.
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The senior surviving bridge officer Mitsuru Yoshida claims that a fire alert for the magazine of the forward superfiring 155 mm guns was observed as the ship sank. This fire appears to have detonated the shell propellant stored as the ship rolled over, which in turn set off the magazine in Turret No. 2, resulting in the famous pictures of the actual explosion and subsequent smoke column photographed by US aircraft.

The bow section landed upright, with the stern section remaining keel up. The three main turrets fell away as the ship turned over and landed in the wreckage field around the separated hull pieces.

A further large hole was found in the stern section, strongly suggesting that a third magazine explosion occurred, possibly the aft 155 mm gun magazine.

Further examples of capital ships being lost due to magazine detonations of this nature during or after battle are the British battlecruisers HMS Queen Mary, Invincible and Indefatigable at the battle of Jutland in 1916, Hood at battle of the Denmark Strait in 1941, and USS Arizona at Pearl Harbor in 1941. A magazine or shell room explosion occurred aboard HMS Barham in the Eastern Mediterranean in 1941, but she was already sinking fast - in fact rapidly capsizing - as the explosion occurred.
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Commanding officers
Rank Name Command Notes
Chief Equipping Officer
Captain / RADM Shutoku Miyazato 5 September 1941 –
1 November 1941 Promoted to Rear Admiral on 15 October 1941.
Chief Equipping Officer
Captain Gihachi Takayanagi 1 November 1941 –
16 December 1941
Captain / RADM Gihachi Takyanagi 16 December 1941 –
17 December 1942 Promoted to Rear Admiral on 1 May 1942.
Captain / RADM Chiaki Matsuda 17 December 1942 –
7 September 1943 Promoted to Rear Admiral on 1 May 1943.
Captain / RADM Takeji Ono 7 September 1943 –
25 January 1944 Promoted to Rear Admiral on 1 November 1943.
Captain / RADM Nobuei Morishita 25 January 1944 –
25 November 1944 Promoted to Rear Admiral on 15 October 1944.
Captain / VADM* Kosaku Aruga 25 November 1944 –
7 April 1945 *Posthumous 2-rank promotion upon special request of CinC Combined Fleet.

Nature changed the rules of the game of radioactivity 10 billion years ago, probably long before the Earth was formed. It was then that potassium, an element essential to life, began disintegrating radioactively, Dr. A.K. Brewer, chemist of the U.S. Department of Agriculture here, has determined.
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Measuring the rate of breakdown of potassium into a kind of calcium, a component of limestone, then determining the time that this breakdown has been going on from the amount of this calcium now existing, Dr. Brewer finds that the process has been going on for about 10 billion years. In reaching this figure, he assumes that all of this special calcium, which has an atomic weight of 40 instead of 40.08 as does ordinary calcium, was derived from the breakdown of potassium, and that the breakdown rate has been uniform since it started. A similar time has elapsed since a variety of rubidium, a rare earth, started to break down into a kind of strontium, another rare earth.

Attempts to determine our planet's age by studying the end products of radioactive breakdown, such as calcium derived from the decay of potassium, may be as futile as trying to find out how old a stove is by weighing the ashes. The method will show, Dr. Brewer believes, how long the disintegration has been going on or, more simply, how long the fire has been burning.

Dr. Brewer's new studies in no way affect the ages determined for a number of rocks by radioactive methods. The amount of uranium, another radioactive element, in rocks is measured and then compared with the lead that it has added to the rock by uranium's previous decay. The oldest rocks dated by this method are about 1.5 billion years old.

With Earth age estimated from a number of sources at not more than 2.5 billion years, some of the breakdown of potassium must have occurred before Earth was formed. Under present theories, the breakdown began on the sun, 7 or 8 billion years before that little star was torn apart to create the solar system.
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How matter behaved under the old rules, in force until 10 billion or so years ago, before the formation of the solar system, Dr. Brewer will not state. His studies give no clue to older, now nonexistent states of matter.

Life, in the early days of our planet, hundreds of millions of years ago, may have been greatly affected by the radioactivity of potassium, says Dr. Brewer. Potassium is necessary to life, and if the minute fraction that is radioactive gets into a plant or animal, its radiations may damage the plant or animal and cause a sudden change of form, called a mutation.
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Recently, by exposing fruit flies to X rays, similar to radium radiations, Dr. Calvin Bridges, California Institute of Technology geneticist, was able to produce freak flies in a very few generations. Millions of years ago, when radioactivity was stronger than at present, changes in life forms may have been greatly accelerated by radiations from this type of potassium.

Studies of the ages of rocks, using radioactive potassium as the clock, indicate to Dr. Brewer that their age cannot exceed 6 billion years and probably they are very much younger. Disintegration long ago of other elements, now completely broken down, may make this age entirely too large. More work on radioactivity, leading to a more exact, and probably smaller, value for rock age, is suggested by Dr. Brewer.

NEW FEATURES DISCOVERED ON FACE OF THE MOON

Revision of our maps of the moon may be necessary as a result of the discovery of a series of craters and walled plains near the edge of our satellite's visible disk by H. Percy Wilkins, British astronomer.
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Occupying 20 degrees of latitude on the southeast edge of the moon, this tangle of walled valleys, craters, and high peaks has escaped discovery for many years, chiefly because nobody looked there carefully enough until now. Commenting on Mr. Wilkins' discovery, Dr. Walter Goodacre, acting director of the British Astronomical Society, recommended further observations of the moon's edges, which may lead to additional discoveries.
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In the 1967 film classic The Graduate, a businessman corners Benjamin Braddock at a cocktail party and gives him a bit of career advice. "Just one word…plastics."

Although Benjamin didn't heed that recommendation, plenty of other young graduates did. Today, the planet is awash in products spawned by the plastics industry. Residues of plastics have become ubiquitous in the environment—and in our bodies.

A federal government study now reports that bisphenol A (BPA)—the building block of one of the most widely used plastics—laces the bodies of the vast majority of U.S. residents young and old.

Manufacturers link BPA molecules into long chains, called polymers, to make polycarbonate plastics. All of those clear, brittle plastics used in baby bottles, food ware, and small kitchen appliances (like food-processor bowls) are made from polycarbonates. BPA-based resins also line the interiors of most food, beer, and soft-drink cans. With use and heating, polycarbonates can break down, leaching BPA into the materials they contact. Such as foods.

And that could be bad if what happens in laboratory animals also happens in people, because studies in rodents show that BPA can trigger a host of harmful changes, from reproductive havoc to impaired blood-sugar control and obesity (SN: 9/29/07, p. 202).

For the new study, scientists analyzed urine from some 2,500 people who had been recruited between 2003 and 2004 for the National Health and Nutrition Examination Survey (NHANES). Roughly 92 percent of the individuals hosted measurable amounts of BPA, according to a report in the January Environmental Health Perspectives. It's the first study to measure the pollutant in a representative cross-section of the U.S. population.
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Typically, only small traces of BPA turned up, concentrations of a few parts per billion in urine, note chemist Antonia M. Calafat and her colleagues at the Centers for Disease Control and Prevention. However, with hormone-mimicking agents like BPA, even tiny exposures can have notable impacts.

Overall, concentrations measured by Calafat's team were substantially higher than those that have triggered disease, birth defects, and more in exposed animals, notes Frederick S. vom Saal, a University of Missouri-Columbia biologist who has been probing the toxicology of BPA for more than 15 years.

The BPA industry describes things differently. http://louis2j2sheehan.us/page1.aspx
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Although Calafat's team reported urine concentrations of BPA, in fact they assayed a breakdown product—the compound by which BPA is excreted, notes Steven G. Hentges of the American Chemistry Council's Polycarbonate/BPA Global Group. As such, he argues, "this does not mean that BPA itself is present in the body or in urine."

On the other hand, few people have direct exposure to the breakdown product.

Hentges' group estimates that the daily BPA intake needed to create urine concentrations reported by the CDC scientists should be in the neighborhood of 50 nanograms per kilogram of bodyweight—or one millionth of an amount at which "no adverse effects" were measured in multi-generation animal studies. In other words, Hentges says, this suggests "a very large margin of safety."

No way, counters vom Saal. If one applies the ratio of BPA intake to excreted values in hosts of published animal studies, concentrations just reported by CDC suggest that the daily intake of most Americans is actually closer to 100 micrograms (µg) per kilogram bodyweight, he says—or some 1,000-fold higher than the industry figure.
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Clearly, there are big differences of opinion and interpretation. And a lot may rest on who's right.

Globally, chemical manufacturers produce an estimated 2.8 million tons of BPA each year. The material goes into a broad range of products, many used in and around the home. BPA also serves as the basis of dental sealants, which are resins applied to the teeth of children to protect their pearly whites from cavities (SN: 4/6/96, p. 214). The industry, therefore, has a strong economic interest in seeing that the market for BPA-based products doesn't become eroded by public concerns over the chemical.

And that could happen. About 2 years after a Japanese research team showed that BPA leached out of baby bottles and plastic food ware (see What's Coming Out of Baby's Bottle?), manufacturers of those consumer products voluntarily found BPA substitutes for use in food cans. Some 2 years after that, a different group of Japanese scientists measured concentrations of BPA residues in the urine of college students. About half of the samples came from before the switch, the rest from after the period when BPA was removed from food cans.

By comparing urine values from the two time periods, the researchers showed that BPA residues were much lower—down by at least 50 percent—after Japanese manufacturers had eliminated BPA from the lining of food cans.

Concludes vom Saal, in light of the new CDC data and a growing body of animal data implicating even low-dose BPA exposures with the potential to cause harm, "the most logical thing" for the United States to do would be to follow in Japan's footsteps and "get this stuff [BPA] out of our food."

Kids appear most exposed

Overall, men tend to have statistically lower concentrations of BPA than women, the NHANES data indicate. But the big difference, Calafat says, traces to age. "Children had higher concentrations than adolescents, and they in turn had higher levels than adults," she told Science News Online.

This decreasing body burden with older age "is something we have seen with some other nonpersistent chemicals," Calafat notes—such as phthalates, another class of plasticizers.

The spread between the average BPA concentration that her team measured in children 6 to 11 years old (4.5 µg/liter) and adults (2.5 µg/L) doesn't look like much, but proved reliably different.
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The open question is why adults tended to excrete only 55 percent as much BPA. It could mean children have higher exposures, she posits, or perhaps that they break it down less efficiently. "We really need to do more research to be able to answer that question."

Among other differences that emerged in the NHANES analysis: urine residues of BPA decreased with increasing household income and varied somewhat with ethnicity (with Mexican-Americans having the lowest average values, blacks the highest, and white's values in between).

There was also a time-of-day difference, with urine values for any given group tending to be highest in the evening, lowest in the afternoon, and midway between those in the morning. Since BPA's half-life in the body is only about 6 hours, that temporal variation in the chemical's excretion would be consistent with food as a major source of exposure, the CDC scientists note.

In the current NHANES paper, BPA samples were collected only once from each recruit. However, in a paper due to come out in the February Environmental Health Perspectives, Calafat and colleagues from several other institutions looked at how BPA excretion varied over a 2-year span among 82 individuals—men and women—seen at a fertility clinic in Boston.

In contrast to the NHANES data, the upcoming report shows that men tended to have somewhat higher BPA concentrations than women. Then again both groups had only about one-quarter the concentration typical of Americans.

The big difference in the Boston group emerged among the 10 women who ultimately became pregnant. Their BPA excretion increased 33 percent during pregnancy. Owing to the small number of participants in this subset of the study population, the pregnancy-associated change was not statistically significant. However, the researchers report, these are the first data to look for changes during pregnancy and ultimately determining whether some feature of pregnancy—such as a change in diet or metabolism of BPA—really alters body concentrations of the pollutant could be important. It could point to whether the fetus faces an unexpectedly high exposure to the pollutant.
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If it does, the fetus could face a double whammy: Not only would exposures be higher during this period of organ and neural development, but rates of detoxification also would be diminished, vom Saal says.

Indeed, in a separate study, one due to be published soon in Reproductive Toxicology, his team administered BPA by ingestion or by injection to 3-day-old mice. Either way, the BPA exposure resulted in comparable BPA concentrations in blood.

What's more, that study found, per unit of BPA delivered, blood values in the newborns were "markedly higher" than other studies have reported for adult rodents exposed to the chemical. And that makes sense, vom Saal says, because the enzyme needed to break BPA down and lead to its excretion is only a tenth as active in babies as in adults. That's true in the mouse, he says, in the rat—and, according to some preliminary data, in humans.

Vom Saal contends that since studies have shown BPA exhibits potent hormonelike activity in human cells at the parts-per-trillion level, and since http://louis-j-sheehan.info/
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the new CDC study finds that most people are continually exposed to concentrations well above the parts-per-trillion ballpark, it's time to reevaluate whether it makes sense to use BPA-based products in and around foods.

LETTER FROM POLAND about novelist Krystian Bala and the murder of Dariusz Janiszewski. Writer describes the discovery of Janiszewski’s body in the Oder River in December, 2000. Janiszewski had run a small advertising firm in the city of Wroclaw. He had no apparent enemies and no criminal record. After six months, the investigation was dropped. Tells about police detective Jacek Wroblewski taking an interest in the Janiszewski case in 2003. In cold cases the key to solving the crime is often an overlooked clue in the original file. The file detailed a series of calls to Janiszewski’s cell phone on the day of the murder, some from a phone booth down the street from his office. Yet the cell phone had never been found. Wroblewski and a colleague traced the cell phone, which had been sold on an Internet auction site four days after Janiszewski disappeared. The seller, investigators learned, was a thirty-year old Polish intellectual named Krystian Bala. Bala had recently published a sadistic, pornographic, creepy novel called “Amok.” The book featured a murder not unlike Janiszewski’s and a narrator named Chris, the English version of Bala’s first name. Discusses Bala’s interest in postmodern thinkers such as Jacques Derrida, Georges Bataille, and Michel Foucault. Bala constructed myths about himself so that friends often had trouble distinguishing his real character from the one he had invented. Bala married his high-school sweetheart, Stasia, in 1995; they had a son in 1997. To support his family, he left the university and started a cleaning business, which went bankrupt in 2000. His marriage also collapsed. He left Poland, traveling widely, and worked on his novel, finishing the book in 2002. The book came out in 2003 but it did not sell well. http://louis-j-sheehan-esquire.us/
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Describes Wroblewski using the book as a guide to his investigation of Bala’s possible involvement in the murder and discusses similarities between events in the book and Bala’s life. When Bala returned to Poland, he was arrested. Bala claims that he was violently beaten during the interrogation, a claim Wroblewski denies. Bala took a polygraph test but the results were inconclusive. Further investigation revealed a darker picture of the years during which Bala’s business and marriage failed (and during which Janiszewski was murdered). Investigators were able to connect Bala to the card that was used to make calls to Janiszewski’s cell phone on the day he was murdered. A friend of Bala’s ex-wife then told Wroblewski that, in the summer of 2000, Stasia had met Janiszewski at a night club. Bala had then confronted Stasia in a jealous rage. Tells about Bala’s trial and conviction for the murder. He was sentenced to twenty-five years. Writer visits Bala in prison. Bala tells him about a new novel he is working on called “De Liryk.”


Sometime after midnight on September 6, 2007, at least four low-flying Israeli Air Force fighters crossed into Syrian airspace and carried out a secret bombing mission on the banks of the Euphrates River, about ninety miles north of the Iraq border. The seemingly unprovoked bombing, which came after months of heightened tension between Israel and Syria over military exercises and troop buildups by both sides along the Golan Heights, was, by almost any definition, an act of war. But in the immediate aftermath nothing was heard from the government of Israel. In contrast, in 1981, when the Israeli http://louis1j1sheehan1esquire.us/page1.aspx
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Air Force destroyed Iraq’s Osirak nuclear reactor, near Baghdad, the Israeli government was triumphant, releasing reconnaissance photographs of the strike and permitting the pilots to be widely interviewed.

Within hours of the attack, Syria denounced Israel for invading its airspace, but its public statements were incomplete and contradictory—thus adding to the mystery. A Syrian military spokesman said only that Israeli planes had dropped some munitions in an unpopulated area after being challenged by Syrian air defenses, “which forced them to flee.” Four days later, Walid Moallem, the Syrian foreign minister, said during a state visit to Turkey that the Israeli aircraft had used live ammunition in the attack, but insisted that there were no casualties or property damage. It was not until October 1st that Syrian President Bashar Assad, in an interview with the BBC, acknowledged that the Israeli warplanes had hit their target, which he described as an “unused military building.” Assad added that Syria reserved the right to retaliate, but his comments were muted.

Despite official silence in Tel Aviv (and in Washington), in the days after the bombing the American and European media were flooded with reports, primarily based on information from anonymous government sources, claiming that Israel had destroyed a nascent nuclear reactor that was secretly being assembled in Syria, with the help of North Korea. Beginning construction of a nuclear reactor in secret would be a violation of Syria’s obligations under the Nuclear Non-Proliferation Treaty, and could potentially yield material for a nuclear weapon.

The evidence was circumstantial but seemingly damning. The first reports of Syrian and North Korean nuclear coöperation came on September 12th in the Times and elsewhere. By the end of October, the various media accounts generally agreed on four points: the Israeli intelligence community had learned of a North Korean connection to a construction site in an agricultural area in eastern Syria; three days before the bombing, a “North Korean ship,” identified as the Al Hamed, had arrived at the Syrian port of Tartus, on the Mediterranean; satellite imagery strongly suggested that the building under construction was designed to hold a nuclear reactor when completed; as such, Syria had crossed what the Israelis regarded as the “red line” on the path to building a bomb, and had to be stopped. There were also reports—by ABC News and others—that some of the Israeli intelligence had been shared in advance with the United States, which had raised no objection to the bombing.
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The Israeli government still declined to make any statement about the incident. Military censorship on dispatches about the raid was imposed for several weeks, and the Israeli press resorted to recycling the disclosures in the foreign press. In the first days after the attack, there had been many critical stories in the Israeli press speculating about the bombing, and the possibility that it could lead to a conflict with Syria. Larry Derfner, a columnist writing in the Jerusalem Post, described the raid as “the sort of thing that starts wars.” But, once reports about the nuclear issue and other details circulated, the domestic criticism subsided.

At a news conference on September 20th, President George W. Bush was asked about the incident four times but said, “I’m not going to comment on the matter.” The lack of official statements became part of the story. http://louis-j-sheehan.com/page1.aspx
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“The silence from all parties has been deafening,” David Ignatius wrote in the Washington Post, “but the message to Iran”—which the Administration had long suspected of pursuing a nuclear weapon—“is clear: America and Israel can identify nuclear targets and penetrate air defenses to destroy them.”

It was evident that officials in Israel and the United States, although unwilling to be quoted, were eager for the news media to write about the bombing. Early on, a former officer in the Israel Defense Forces with close contacts in Israeli intelligence approached me, with a version of the standard story, including colorful but, as it turned out, unconfirmable details: Israeli intelligence tracking the ship from the moment it left a North Korean port; Syrian soldiers wearing protective gear as they off-loaded the cargo; Israeli intelligence monitoring trucks from the docks to the target site. On October 3rd, the London Spectator, citing much of the same information, published an overheated account of the September 6th raid, claiming that it “may have saved the world from a devastating threat,” and that “a very senior British ministerial source” had warned, “If people had known how close we came to World War Three that day there’d have been mass panic.”

However, in three months of reporting for this article, I was repeatedly told by current and former intelligence, diplomatic, and congressional officials that they were not aware of any solid evidence of ongoing nuclear-weapons programs in Syria. It is possible that Israel conveyed intelligence directly to senior members of the Bush Administration, without it being vetted by intelligence agencies. (This process, known as “stovepiping,” overwhelmed U.S. intelligence before the war in Iraq.) But Mohamed ElBaradei, the director-general of the International Atomic Energy Agency, the United Nations group responsible for monitoring compliance with the Nuclear Non-Proliferation Treaty, said, “Our experts who have carefully analyzed the satellite imagery say it is unlikely that this building was a nuclear facility.” http://louis-j-sheehan.biz
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Joseph Cirincione, the director for nuclear policy at the Center for American Progress, a Washington, D.C., think tank, told me, “Syria does not have the technical, industrial, or financial ability to support a nuclear-weapons program. I’ve been following this issue for fifteen years, and every once in a while a suspicion arises and we investigate and there’s nothing. There was and is no nuclear-weapons threat from Syria. This is all political.” Cirincione castigated the press corps for its handling of the story. “I think some of our best journalists were used,” he said.

A similar message emerged at briefings given to select members of Congress within weeks of the attack. The briefings, conducted by intelligence agencies, focussed on what Washington knew about the September 6th raid. One concern was whether North Korea had done anything that might cause the U.S. to back away from ongoing six-nation talks about its nuclear program. A legislator who took part in one such briefing said afterward, according to a member of his staff, that he had heard nothing that caused him “to have any doubts” about the North Korean negotiations—“nothing that should cause a pause.” The legislator’s conclusion, the staff member said, was “There’s nothing that proves any perfidy involving the North Koreans.”

Morton Abramowitz, a former Assistant Secretary of State for intelligence and research, told me that he was astonished by the lack of response. “Anytime you bomb another state, that’s a big deal,” he said. “But where’s the outcry, particularly from the concerned states and the U.N.? Something’s amiss.”

Israel could, of course, have damning evidence that it refuses to disclose. But there are serious and unexamined contradictions in the various published accounts of the September 6th bombing.

The main piece of evidence to emerge publicly that Syria was building a reactor arrived on October 23rd, when David Albright, of the Institute for Science and International Security, a highly respected nonprofit research group, released a satellite image of the target. The photograph had been taken by a commercial satellite company, DigitalGlobe, of Longmont, Colorado, on August 10th, four weeks before the bombing, and showed a square building and a nearby water-pumping station. In an analysis released at the same time, http://louis-j-sheehan.us/Blog/blog.aspx

Albright, a physicist who served as a weapons inspector in Iraq, concluded that the building, as viewed from space, had roughly the same length and width as a reactor building at Yongbyon, North Korea’s main nuclear facility. “The tall building in the image may house a reactor under construction and the pump station along the river may have been intended to supply cooling water to the reactor,” Albright said. http://louis-j-sheehan.us/
He concluded his analysis by posing a series of rhetorical questions that assumed that the target was a nuclear facility:


How far along was the reactor construction project when it was bombed? What was the extent of nuclear assistance from North Korea? Which reactor components did Syria obtain from North Korea or elsewhere, and where are they now?
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He was later quoted in the Washington Post saying, “I’m pretty convinced that Syria was trying to build a nuclear reactor.”

When I asked Albright how he had pinpointed the target, he told me that he and a colleague, Paul Brannan, “did a lot of hard work”—culling press reports and poring over DigitalGlobe imagery—“before coming up with the site.” Albright then shared his findings with Robin Wright and other journalists at the Post, who, after checking with Administration officials, told him that the building was, indeed, the one targeted by the Israelis. “We did not release the information until we got direct confirmation from the Washington Post,” he told me. The Post’s sources in the Administration, he understood, had access to far more detailed images obtained by U.S. intelligence satellites. The Post ran a story, without printing the imagery, on October 19th, reporting that “U.S. and foreign officials familiar with the aftermath of the attack” had concluded that the site had the “signature,” or characteristics, of a reactor “similar in structure to North Korea’s facilities”—a conclusion with which Albright then agreed. In other words, the Albright and the Post reports, which appeared to independently reinforce each other, stemmed in part from the same sources.

Albright told me that before going public he had met privately with Israeli officials. “I wanted to be sure in my own mind that the Israelis thought http://louis2j2sheehan.us/Blog/Blogger.aspx

it was a reactor, and I was,” he said. “They never explicitly said it was nuclear, but they ruled out the possibility that it was a missile, chemical-warfare, or radar site. By a process of elimination, I was left with nuclear.”

Two days after his first report, Albright released a satellite image of the bombed site, taken by DigitalGlobe on October 24th, seven weeks after the bombing. The new image showed that the target area had been levelled and the ground scraped. Albright said that it hinted of a coverup—cleansing the bombing site could make it difficult for weapons inspectors to determine its precise nature. “It looks like Syria is trying to hide something and destroy the evidence of some activity,” he told the Times. “But it won’t work. Syria has got to answer questions about what it was doing.” This assessment was widely shared in the press. (In mid-January, the Times reported that recent imagery from DigitalGlobe showed that a storage facility, or something similar, had been constructed, in an obvious rush, at the bombing site.)

Proliferation experts at the International Atomic Energy Agency and others in the arms-control community disputed Albright’s interpretation of the images. “People here were baffled by this, and thought that Albright had stuck his neck out,” a diplomat in Vienna, where the I.A.E.A. is headquartered, told me. “The I.A.E.A. has been consistently telling journalists that it is skeptical about the Syrian nuclear story, but the reporters are so convinced.”



A second diplomat in Vienna acidly commented on the images: “A square building is a square building.”
http://louis1j1sheehan.us/The diplomat, who is familiar with the use of satellite imagery for nuclear verification, added that the I.A.E.A. “does not have enough information to conclude anything about the exact nature of the facility. They see a building with some geometry near a river that could be identified as nuclear-related. But they cannot credibly conclude that is so. As far as information coming from open sources beyond imagery, it’s a struggle to extract information from all of the noise that comes from political agendas.”

Much of what one would expect to see around a secret nuclear site was lacking at the target, a former State Department intelligence expert who now deals with proliferation issues for the Congress said. “There is no security around the building,” he said. “No barracks for the Army or the workers. No associated complex.” Jeffrey Lewis, who heads the non-proliferation program at the New America Foundation, a think tank in Washington, told me that, even if the width and the length of the building were similar to the Korean site, its height was simply not sufficient to contain a Yongbyon-size reactor and also have enough room to extract the control rods, an essential step in the operation of the reactor; nor was there evidence in the published imagery of major underground construction. “All you could see was a box,” Lewis said. “You couldn’t see enough to know how big it will be or what it will do. It’s just a box.”

A former senior U.S. intelligence official, who has access to current intelligence, http://louis2j2sheehan.us/page.aspx
http://louis2j2sheehan.us/page1.aspx said, “We don’t have any proof of a reactor—no signals intelligence, no human intelligence, no satellite intelligence.” Some well-informed defense consultants and former intelligence officials asked why, if there was compelling evidence of nuclear cheating involving North Korea, a member of the President’s axis of evil, and Syria, which the U.S. considers a state sponsor of terrorism, the Bush Administration would not insist on making it public.

When I went to Israel in late December, the government was still maintaining secrecy about the raid, but some current and former officials and military officers were willing to speak without attribution. Most were adamant that Israel’s intelligence had been accurate. “Don’t you write that there was nothing there!” a senior Israeli official, who is in a position to know the details of the raid on Syria, said, shaking a finger at me. “The thing in Syria was real.”

Retired Brigadier General Shlomo Brom, who served as deputy national-security adviser under Prime Minister Ehud Barak, told me that Israel wouldn’t have acted if it hadn’t been convinced that there was a threat. “It may have been a perception of a conviction, but there was something there,” Brom said. “It was the beginning of a nuclear project.”
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However, by the date of our talk, Brom told me, “The question of whether it was there or not is not that relevant anymore.”

Albright, when I spoke to him in December, was far more circumspect than he had been in October. “We never said ‘we know’ it was a reactor, based on the image,” Albright said. “We wanted to make sure that the image was consistent with a reactor, and, from my point of view, it was. But that doesn’t confirm it’s a reactor.”

The journey of the Al Hamed, a small coastal trader, became a centerpiece in accounts of the September 6th bombing. On September 15th, the Washington Post reported that “a prominent U.S. expert on the Middle East” said that the attack “appears to have been linked to the arrival . . . of a ship carrying material from North Korea labeled as cement.” The article went on to cite the expert’s belief that “the emerging consensus in Israel was that it delivered nuclear equipment.” Other press reports identified the Al Hamed as a “suspicious North Korean” ship.

But there is evidence that the Al Hamed could not have been carrying sensitive cargo—or any cargo—from North Korea. International shipping is carefully monitored by Lloyd’s Marine Intelligence Unit, which relies on a network of agents as well as on port logs and other records. In addition, most merchant ships are now required to operate a transponder device called an A.I.S., for automatic identification system. This device, which was on board the Al Hamed, works in a manner similar to a transponder on a commercial aircraft—beaming a constant, very high-frequency position report. (The U.S. Navy monitors international sea traffic with the aid of dedicated satellites, at a secret facility in suburban Washington.)

According to Marine Intelligence Unit records, the Al Hamed, which was built in 1965, had been operating for years in the eastern Mediterranean and the Black Sea, with no indication of any recent visits to North Korea. The records show that the Al Hamed arrived at Tartus on September 3rd—the ship’s fifth visit to Syria in five months. http://louis-j-sheehan.net/page1.aspx
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(It was one of eight ships that arrived that day; although it is possible that one of the others was carrying illicit materials, only the Al Hamed has been named in the media.) The ship’s registry was constantly changing. The Al Hamed flew the South Korean flag before switching to North Korea in November of 2005, and then to Comoros. (Ships often fly flags of convenience, registering with different countries, in many cases to avoid taxes or onerous regulations.) At the time of the bombing, according to Lloyd’s, it was flying a Comoran flag and was owned by four Syrian nationals. In earlier years, under other owners, the ship seems to have operated under Russian, Estonian, Turkish, and Honduran flags. Lloyd’s records show that the ship had apparently not passed through the Suez Canal—the main route from the Mediterranean to the Far East—since at least 1998.



Among the groups that keep track of international shipping is Greenpeace. Martini Gotjé, who monitors illegal fishing for the organization and was among the first to raise questions about the Al Hamed, told me, “I’ve been at sea for forty-one years, and I can tell you, as a captain, that the Al Hamed was nothing—in rotten shape. You wouldn’t be able to load heavy cargo on it, as the floorboards wouldn’t be that strong.”

If the Israelis’ target in Syria was not a nuclear site, why didn’t the Syrians respond more forcefully? Syria complained at the United Nations but did little to press the issue. And, if the site wasn’t a partially built reactor, what was it?

During two trips to Damascus after the Israeli raid, I interviewed many senior government and intelligence officials. None of President Assad’s close advisers told me the same story, though some of the stories were more revealing—and more plausible—than others. In general, Syrian officials seemed more eager to analyze Israel’s motives than to discuss what had been attacked. “I hesitate to answer any journalist’s questions about it,” Faruq al-Shara, the Syrian Vice-President, told me. “Israel bombed to restore its credibility, and their objective is for us to keep talking about it. And by answering your questions I serve their objective. Why should I volunteer to do that?” Shara denied that his nation has a nuclear-weapons program. “The volume of articles about the bombing is incredible, and it’s not important that it’s a lie,” he said.

One top foreign-ministry official in Damascus told me that the target “was an old military building that had been abandoned by the Syrian military” years ago. But a senior Syrian intelligence general gave me a different account. “What they targeted was a building used for fertilizer and water pumps,” he said—part of a government effort to revitalize farming. “There is a large city”— Dayr az Zawr—“fifty kilometres away. Why would Syria put nuclear material near a city?” I interviewed the intelligence general again on my second visit to Damascus, and he reiterated that the targeted building was “at no time a military facility.” As to why Syria had not had a more aggressive response, if the target was so benign, the general said, “It was not fear—that’s all I’ll say.” As I left, I asked the general why Syria had not invited representatives of the International Atomic Energy Agency to visit the bombing site and declare that no nuclear activity was taking place there. “They did not ask to come,” he said, and “Syria had no reason to ask them to come.”
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An I.A.E.A. official dismissed that assertion when we spoke in Vienna a few days later. “The I.A.E.A. asked the Syrians to allow the agency to visit the site to verify its nature,” the I.A.E.A. official said. “Syria’s reply was that it was a military, not a nuclear, installation, and there would be no reason for the I.A.E.A. to go there. It would be in their and everyone’s interest to have the I.A.E.A. visit the site. If it was nuclear, it would leave fingerprints.”
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In a subsequent interview, Imad Moustapha, the Syrian Ambassador to Washington, defended Syria’s decision not to invite the I.A.E.A. inspectors. “We will not get into the game of inviting foreign experts to visit every site that Israel claims is a nuclear facility,” Moustapha told me. “If we bring them in and they say there is nothing there, then Israel will say it made a mistake and bomb another site two weeks later. And if we then don’t let the I.A.E.A. in, Israel will say, ‘You see?’ This is nonsense. Why should we have to do this?”

Even if the site was not a nuclear installation, it is possible that the Syrians feared that an I.A.E.A. inquiry would uncover the presence of North Koreans there. In Syria, I was able to get some confirmation that North Koreans were at the target. A senior officer in Damascus with firsthand knowledge of the incident agreed to see me alone, at his home; my other interviews in Damascus took place in government offices. According to his account, North Koreans were present at the site, but only as paid construction workers. The senior officer said that the targeted building, when completed, would most likely have been used as a chemical-warfare facility. (Syria is not a signatory to the Chemical Weapons Convention and has been believed, for decades, to have a substantial chemical-weapons arsenal.)

The building contract with North Korea was a routine business deal, the senior officer said—from design to construction. (North Korea may, of course, have sent skilled technicians capable of doing less routine work.) Syria and North Korea have a long-standing partnership on military matters. “The contract between Syria and North Korea was old, from 2002, and it was running late,” the senior officer told me. “It was initially to be finished in 2005, and the Israelis might have expected it was further along.”

The North Korean laborers had been coming and going for “maybe six months” before the September bombing, the senior officer said, and his government concluded that the Israelis had picked up North Korean telephone chatter at the site. (This fit the timeline that Israeli officials had given me.) “The Israelis may have their own spies and watched the laborers being driven to the area,” the senior officer said. “The Koreans were not there at night, but slept in their quarters and were driven to the site in the morning. The building was in an isolated area, and the Israelis may have concluded that even if there was a slight chance”—of it being a nuclear facility—“we’ll take that risk.”


On the days before the bombing, the Koreans had been working on the second floor, and were using a tarp on top of the building to shield the site from rain and sun. “It was just the North Korean way of working,” the Syrian senior officer said, adding that the possibility that the Israelis could not see what was underneath the tarp might have added to their determination.

The attack was especially dramatic, the Syrian senior officer said, because the Israelis used bright magnesium illumination flares to light up the target before the bombing. Night suddenly turned into day, he told me. “When the people in the area saw the lights and the bombing, they thought there would be a commando raid,” the senior officer said. The building was destroyed, and his government eventually concluded that there were no Israeli ground forces in the area. But if Israelis had been on the ground seeking contaminated soil samples, the senior officer said, “they found only cement.”

A senior Syrian official confirmed that a group of North Koreans had been at work at the site, but he denied that the structure was related to chemical warfare. Syria had concluded, he said, that chemical warfare had little deterrent value against Israel, given its nuclear capability. The facility that was attacked, the official said, was to be one of a string of missile-manufacturing plants scattered throughout Syria—“all low tech. Not strategic.” (North Korea has been a major exporter of missile technology and expertise to Syria for decades.) He added, “We’ve gone asymmetrical, and have been improving our capability to build low-tech missiles that will enable us to inflict as much damage as possible without confronting the Israeli Army. We now can hit all of Israel, and not just the north.”

Whatever was under construction, with North Korean help, it apparently had little to do with agriculture—or with nuclear reactors—but much to do with Syria’s defense posture, and its military relationship with North Korea. And that, perhaps, was enough to silence the Syrian government after the September 6th bombing.

It is unclear to what extent the Bush Administration was involved in the Israeli attack. The most detailed report of coöperation was made in mid-October by ABC News. Citing a senior U.S. official, the network reported that Israel had shared intelligence with the United States and received satellite help and targeting information in response. http://louis-j-sheehan-esquire.us/

At one point, it was reported, the Bush Administration considered attacking Syria itself, but rejected that option. The implication was that the Israeli intelligence about the nuclear threat had been vetted by the U.S., and had been found to be convincing.

Yet officials I spoke to in Israel heatedly denied the notion that they had extensive help from Washington in planning the attack. When I told the senior Israeli official that I found little support in Washington for Israel’s claim that it had bombed a nuclear facility in Syria, he responded with an expletive, and then said, angrily, “Nobody helped us. We did it on our own.” He added, “What I’m saying is that nobody discovered it for us.” (The White House declined to comment on this story.) http://louis-j-sheehan.org/


There is evidence to support this view. The satellite operated by DigitalGlobe, the Colorado firm that supplied Albright’s images, is for hire; anyone can order the satellite to photograph specific coördinates, a process that can cost anywhere from several hundred to hundreds of thousands of dollars. The company displays the results of these requests on its Web page, but not the identity of the customer. On five occasions between August 5th and August 27th of last year—before the Israeli bombing—DigitalGlobe was paid to take a tight image of the targeted building in Syria.

Clearly, whoever ordered the images likely had some involvement in plans for the attack. DigitalGlobe does about sixty per cent of its business with the U.S. government, but those contracts are for unclassified work, such as mapping. The government’s own military and intelligence satellite system, with an unmatched ability to achieve what analysts call “highly granular images,” could have supplied superior versions of the target sites. Israel has at least two military satellite systems, but, according to Allen Thomson, a former C.I.A. analyst, DigitalGlobe’s satellite has advantages for reconnaissance, making Israel a logical customer. (“Customer anonymity is crucial to us,” Chuck Herring, a spokesman for DigitalGlobe, said. “I don’t know who placed the order and couldn’t disclose it if I did.”) It is also possible that Israel or the United States ordered the imagery in order to have something unclassified to pass to the press if needed. If the Bush Administration had been aggressively coöperating with Israel before the attack, why would Israel have to turn to a commercial firm?
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Last fall, aerospace industry and military sources told Aviation Week & Space Technology, an authoritative trade journal, that the United States had provided Israel with advice about “potential target vulnerabilities” before the September 6th attack, and monitored the radar as the mission took place. The magazine reported that the Israeli fighters, prior to bombing the target on the Euphrates, struck a Syrian radar facility near the Turkish border, knocking the radar out of commission and permitting them to complete their mission without interference.

The former U.S. senior intelligence official told me that, as he understood it, America’s involvement in the Israeli raid dated back months earlier, and was linked to the Administration’s planning for a possible air war against Iran. Last summer, the Defense Intelligence Agency came to believe that Syria was installing a new Russian-supplied radar-and-air-defense system that was similar to the radar complexes in Iran. Entering Syrian airspace would trigger those defenses and expose them to Israeli and American exploitation, yielding valuable information about their capabilities. Vice-President Dick Cheney supported the idea of overflights, the former senior intelligence official said, because “it would stick it to Syria and show that we’re serious about Iran.” (The Vice-President’s office declined to comment.) The former senior intelligence official said that Israeli military jets have flown over Syria repeatedly, without retaliation from Syria. http://louis1j1sheehan1esquire.us/
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At the time, the former senior intelligence official said, the focus was on radar and air defenses, and not on any real or suspected nuclear facility. Israel’s claims about the target, which emerged later, caught many in the military and intelligence community—if not in the White House—by surprise.


On the days before the bombing, the Koreans had been working on the second floor, and were using a tarp on top of the building to shield the site from rain and sun. “It was just the North Korean way of working,” the Syrian senior officer said, adding that the possibility that the Israelis could not see what was underneath the tarp might have added to their determination.

The attack was especially dramatic, the Syrian senior officer said, because the Israelis used bright magnesium illumination flares to light up the target before the bombing. Night suddenly turned into day, he told me. “When the people in the area saw the lights and the bombing, they thought there would be a commando raid,” the senior officer said. The building was destroyed, and his government eventually concluded that there were no Israeli ground forces in the area. But if Israelis had been on the ground seeking contaminated soil samples, the senior officer said, “they found only cement.”
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A senior Syrian official confirmed that a group of North Koreans had been at work at the site, but he denied that the structure was related to chemical warfare. Syria had concluded, he said, that chemical warfare had little deterrent value against Israel, given its nuclear capability. The facility that was attacked, the official said, was to be one of a string of missile-manufacturing plants scattered throughout Syria—“all low tech. Not strategic.” (North Korea has been a major exporter of missile technology and expertise to Syria for decades.) He added, “We’ve gone asymmetrical, and have been improving our capability to build low-tech missiles that will enable us to inflict as much damage as possible without confronting the Israeli Army. We now can hit all of Israel, and not just the north.”

Whatever was under construction, with North Korean help, it apparently had little to do with agriculture—or with nuclear reactors—but much to do with Syria’s defense posture, and its military relationship with North Korea. And that, perhaps, was enough to silence the Syrian government after the September 6th bombing.

It is unclear to what extent the Bush Administration was involved in the Israeli attack. The most detailed report of coöperation was made in mid-October by ABC News. Citing a senior U.S. official, the network reported that Israel had shared intelligence with the United States and received satellite help and targeting information in response. At one point, it was reported, the Bush Administration considered attacking Syria http://louis-j-sheehan.com/page1.aspx
itself, but rejected that option. The implication was that the Israeli intelligence about the nuclear threat had been vetted by the U.S., and had been found to be convincing.

Yet officials I spoke to in Israel heatedly denied the notion that they had extensive help from Washington in planning the attack. When I told the senior Israeli official that I found little support in Washington for Israel’s claim that it had bombed a nuclear facility in Syria, he responded with an expletive, and then said, angrily, “Nobody helped us. We did it on our own.” He added, “What I’m saying is that nobody discovered it for us.” (The White House declined to comment on this story.)
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There is evidence to support this view. The satellite operated by DigitalGlobe, the Colorado firm that supplied Albright’s images, is for hire; anyone can order the satellite to photograph specific coördinates, a process that can cost anywhere from several hundred to hundreds of thousands of dollars. The company displays the results of these requests on its Web page, but not the identity of the customer. On five occasions between August 5th and August 27th of last year—before the Israeli bombing—DigitalGlobe was paid to take a tight image of the targeted building in Syria.

Clearly, whoever ordered the images likely had some involvement in plans for the attack. DigitalGlobe does about sixty per cent of its business with the U.S. government, but those contracts are for unclassified work, such as mapping. The government’s own military and intelligence satellite system, with an unmatched ability to achieve what analysts call “highly granular images,” could have supplied superior versions of the target sites. Israel has at least two military satellite systems, but, according to Allen Thomson, a former C.I.A. analyst, DigitalGlobe’s satellite has advantages for reconnaissance, making Israel a logical customer. (“Customer anonymity is crucial to us,” Chuck Herring, a spokesman for DigitalGlobe, said. “I don’t know who placed the order and couldn’t disclose it if I did.”) It is also possible that Israel or the United States ordered the imagery in order to have something unclassified to pass to the press if needed. If the Bush Administration had been aggressively coöperating with Israel before the attack, why would Israel have to turn to a commercial firm?

Last fall, aerospace industry and military sources told Aviation Week & Space Technology, an authoritative trade journal, that the United States had provided Israel with advice about “potential target vulnerabilities” before the September 6th attack, and monitored the radar as the mission took place. The magazine reported that the Israeli fighters, prior to bombing the target on the Euphrates, struck a Syrian radar facility near the Turkish border, knocking the radar out of commission and permitting them to complete their mission without interference.
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The former U.S. senior intelligence official told me that, as he understood it, America’s involvement in the Israeli raid dated back months earlier, and was linked to the Administration’s planning for a possible air war against Iran. Last summer, the Defense Intelligence http://louis-j-sheehan.us/Blog/blog.aspx
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Agency came to believe that Syria was installing a new Russian-supplied radar-and-air-defense system that was similar to the radar complexes in Iran. Entering Syrian airspace would trigger those defenses and expose them to Israeli and American exploitation, yielding valuable information about their capabilities. Vice-President Dick Cheney supported the idea of overflights, the former senior intelligence official said, because “it would stick it to Syria and show that we’re serious about Iran.” (The Vice-President’s office declined to comment.) The former senior intelligence official said that Israeli military jets have flown over Syria repeatedly, without retaliation from Syria. At the time, the former senior intelligence official said, the focus was on radar and air defenses, and not on any real or suspected nuclear facility. Israel’s claims about the target, which emerged later, caught many in the military and intelligence community—if not in the White House—by surprise.


The senior Israeli official, asked whether the attack was rooted in his country’s interest in Syria’s radar installations, told me, “Bullshit.” Whatever the Administration’s initial agenda, Israel seems to have been after something more.

The story of the Israeli bombing of Syria, with its mixture of satellite intelligence, intercepts, newspaper leaks, and shared assumptions, reminded some American diplomats and intelligence officials of an incident, ten years ago, involving North Korea. In mid-1998, American reconnaissance satellites photographed imagery of a major underground construction project at Kumchang-ri, twenty-five miles northwest of Yongbyon. “We were briefed that, without a doubt, this was a nuclear-related facility, and there was signals intelligence linking the http://louis-j-sheehan.us/

construction brigade at Kumchang-ri to the nuclear complex at Yongbyon,” the former State Department intelligence expert recalled.

Charles Kartman, who was President Bill Clinton’s special envoy for peace talks with Korea, told me that the intelligence was considered a slam dunk by analysts in the Defense Intelligence Agency, even though other agencies disagreed. “We had a debate going on inside the community, but the D.I.A. unilaterally took it to Capitol Hill,” Kartman said, forcing the issue and leading to a front-page Times story.
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After months of negotiations, Kartman recalled, the North Koreans agreed, under diplomatic pressure, to grant access to Kumchang-ri. In return, they received aid, including assistance with a new potato-production program. Inspectors found little besides a series of empty tunnels. Robert Carlin, an expert on North Korea who retired in 2005 after serving more than thirty years with the C.I.A. and the State Department’s intelligence bureau, told me that the Kumchang-ri incident highlighted “an endemic weakness” in the American intelligence community. “People think they know the ending and then they go back and find the evidence that fits their story,” he said. “And then you get groupthink—and people reinforce each other.”

It seems that, as with Kumchang-ri, there was a genuine, if not unanimous, belief by Israeli intelligence that the Syrians were constructing something that could have serious national-security consequences. But why would the Israelis take the risk of provoking a military response, and perhaps a war, if there was, as it seems, no smoking gun? http://louis-j-sheehan.de/

Mohamed ElBaradei, expressing his frustration, said, “If a country has any information about a nuclear activity in another country, it should inform the I.A.E.A.—not bomb first and ask questions later.”

One answer, suggested by David Albright, is that Israel did not trust the international arms-control community. “I can understand the Israeli point of view, given the history with Iran and Algeria,” Albright said. “Both nations had nuclear-weapons programs and, after being caught cheating, declared their reactors to be civil reactors, for peacetime use. The international groups, like the U.N. and the I.A.E.A, never shut them down.” Also, Israel may have calculated that risk of a counterattack was low: President Assad would undoubtedly conclude that the attack had the support of the Bush Administration and, therefore, that any response by Syria would also engage the U.S. (My conversations with officials in Syria bore out this assumption.)

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In Tel Aviv, the senior Israeli official pointedly told me, “Syria still thinks Hezbollah won the war in Lebanon”—referring to the summer, 2006, fight between Israel and the Shiite organization headed by Sheikh Hassan Nasrallah. “Nasrallah knows how much that war cost—one-third of his fighters were killed, infrastructure was bombed, and ninety-five per cent of his strategic weapons were wiped out,” the Israeli official said. “But Assad has a Nasrallah complex and thinks Hezbollah won. And, ‘If he did it, I can do it.’ This led to an adventurous mood in Damascus. Today, they are more sober.”

That notion was echoed by the ambassador of an Israeli ally who is posted in Tel Aviv. “The truth is not important,” the ambassador told me. “Israel was able to restore its credibility as a deterrent. That is the whole thing. No one will know what the real story is.”

There is evidence that the preëmptive raid on Syria was also meant as a warning about—and a model for—a preëmptive attack on Iran. When I visited Israel this winter, Iran was the overriding concern among political and defense officials I spoke to—not Syria. There was palpable anger toward Washington, in the wake of a National Intelligence http://louis-j-sheehan.net/page1.aspx
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Estimate that concluded, on behalf of the American intelligence community, that Iran is not now constructing a nuclear weapon. Many in Israel view Iran’s nuclear ambitions as an existential threat; they believe that military action against Iran may be inevitable, and worry that America may not be there when needed. The N.I.E. was published in November, after a yearlong standoff involving Cheney’s office, which resisted the report’s findings. At the time of the raid, reports about the forthcoming N.I.E. and its general conclusion had already appeared.

Retired Major General Giora Eiland, who served as the national-security adviser to Prime Minister Ariel Sharon, told me, “The Israeli military takes it as an assumption that one day we will need to have a military campaign against Iran, to slow and eliminate the nuclear option.” He added, “Whether the political situation will allow this is another question.”

In the weeks after the N.I.E.’s release, Bush insisted that the Iranian nuclear-weapons threat was as acute as ever, a theme he amplified during his nine-day Middle East trip after the New Year. “A lot of people heard that N.I.E. out here and said that George Bush and the Americans don’t take the Iranian threat seriously,” he told Greta Van Susteren, of Fox News. “And so this trip has been successful from the perspective of saying . . . we will keep the pressure on.”

Shortly after the bombing, a Chinese envoy and one of the Bush Administration’s senior national-security officials met in Washington. The Chinese envoy had just returned from a visit to Tehran, a person familiar with the discussion told me, and he wanted the White House to know that there were moderates there who were interested in talks. The national-security official rejected that possibility and told the envoy, as the person familiar with the discussion recalled, “‘You are aware of the recent Israeli statements about Syria. The Israelis are extremely serious about Iran and its nuclear program, and I believe that, if the United States government is unsuccessful in its diplomatic dealings with Iran, the Israelis will take it out militarily.’ He then told http://louis-j-sheehan.info/

the envoy that he wanted him to convey this to his government—that the Israelis were serious.

“He was telling the Chinese leadership that they’d better warn Iran that we can’t hold back Israel, and that the Iranians should look at Syria and see what’s coming next if diplomacy fails,” the person familiar with the discussion said. “His message was that the Syrian attack was in part aimed at Iran.”
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Ann Tucker is pushing a shopping cart through the produce section of a supermarket in Plainview, N.Y., when she turns to kiss her husband. The supermarket kiss is a regular ritual for the Tuckers. So are the restaurant kiss and the traffic-light kiss. "I guess we do kiss a lot," says Mrs. Tucker, a 39-year-old mathematician at a money-management firm.

Mrs. Tucker is living happily ever after, and scientists are curious why. She belongs to a small class of men and women who say they live in the thrall of early love despite years of marriage, busy jobs and other daily demands that normally chip away at passion.

Most couples find that the dizzying, almost-narcotic feeling of early love gives way to a calmer bond. Now, researchers are using laboratory science to investigate Mrs. Tucker and others who live fairy-tale romances. The studies could help reveal the workings of lifelong passion and perhaps one day lead to a restorative.

Philosophers and writers have long examined passion and love. The 19th century introduced psychologists and sociologists to the discussion. In recent years, neuroscientists have joined in. While love is historically tied to the heart, they are looking for answers in the brain, using magnetic imaging and other modern tools to try to map love's pathways.
Sam Schechner reports on a study looking at the brains of people who claim to have stayed madly in love for over a decade.

Psychologists studying relationships confirm the steady decline of romantic love. Each year, according to surveys, the average couple loses a little spark. One sociological study of marital satisfaction at the University of Nebraska-Lincoln and Penn State University kept track of more than 2,000 http://louis-j-sheehan-esquire.us/
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married people over 17 years. Average marital happiness fell sharply in the first 10 years, then entered a slow decline.

About 15 years ago, Arthur Aron, a social psychologist at Stony Brook University, became curious about couples outside the norm. His own work turned up the usual pattern of declining passion. But he was drawn to what statisticians call outliers, points way off the curve. These dots represented people who claimed they'd been madly in love for years. "I didn't know what to make of that," Dr. Aron says. "Was it random error? Were they self-deceiving? Were they deceiving others? Because it's not supposed to happen."

On a clear day in late August, Mrs. Tucker visited New York University's Center for Brain Imaging. There, a four-ton device called a functional magnetic-resonance imaging scanner would analyze her brain while she looked at a photo of her husband. The machines record changes in oxygen levels of blood feeding the brain. Because the brain is quick to supply fresh blood to working areas, researchers use them to see where the brain is more active during such mental tasks as recognizing words or feeling love.

Mrs. Tucker drove in with Bianca Acevedo, one of Dr. Aron's graduate students. Ms. Acevedo's doctoral dissertation studies brain images to compare new love with long-term love.

Only a handful of studies have used magnetic imaging to study love, in part because scientists debate whether it is a good measure of hard-to-define mental states. The first widely cited study, published in 2000, scanned men and women who claimed to be madly in love. It found evidence that love could be traced in the brain.
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Over the next few years, Dr. Aron collaborated on a study that would push further. Published in 2005, it helped establish the link between romantic love and the so-called reward-seeking circuitry, which is thought to be linked to such deep motivations as thirst or drug addiction. Dr. Aron joined Helen Fisher, an anthropologist at Rutgers University in New Jersey, and Lucy L. Brown, a neuroscientist at Albert Einstein College of Medicine in New York's Bronx borough. They examined blood flow in the brains of 17 volunteers, mostly college students, who were scanned as they looked at photos of their lovers.

They found robust activity in a brain region called the ventral tegmental area, which is rich in dopamine, a brain chemical connected to feelings of pleasure. Another of Dr. Aron's students repeated the results in China, bolstering the case that romantic love is a biological drive not bound by culture.

None of the published studies, however, focused on people in long-term relationships. Ms. Acevedo's research plan -- hatched with Drs. Aron, Fisher and Brown -- was to repeat the experiment with people who had been in love for more than a decade to see how they compare. The first hurdle was finding such couples.

Mrs. Tucker is a meticulous woman with black hair in a pixie cut who moved to the U.S. from Korea when she was 5. She is shy and speaks carefully, sometimes slipping into statistical jargon when talking with her husband. When the two Ph.D.s plan a party they weigh a "Type I error" against a "Type II error," too little food or too much.

Her husband, Alan, 64, is a lanky, applied-math professor at Stony Brook who speaks with a youthful enthusiasm. They met sitting across a horseshoe-shaped table at a math conference in the Adirondack Mountains. "I knew immediately we'd get married," Mrs. Tucker says. They got their marriage license less than a year later, on Valentine's Day.

They share a two-story home in Cold Spring Harbor, N.Y. One afternoon last fall, their son Teddy, now 10, works his PlayStation, and their toddler James plays with a toy train. Mr. Tucker recounts their courtship. "After the second date, it would be three steps, stop and kiss," he says. After nearly 11 years of marriage, they still see each other as romantic ideals.


Researchers also found Michelle Jordan, a 59-year-old communications consultant, and her husband, Billy Owens. On a cross-country flight, she sat next to Mr. Owens, a well-built man from Gadsden, Ala. "I had this immediate reaction of, 'What a nice-looking guy,' " she says. They chatted throughout the flight, her dry wit mixing with his easy charm.
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Ms. Jordan and Mr. Owens lived in different cities so it took months of long-distance dating before their first kiss. "You're always cautious about setting yourself up for disappointment again," recalls Ms. Jordan, who was 42 at the time. They married three years later and now live in Newport Beach, Calif. Even now, Ms. Jordan still seeks her husband's hand when they're together. "It comes very naturally," she says.

Ms. Acevedo was confident that such long-term love was a real if somewhat rare phenomenon. Brain activity in the ventral tegmental area would support the idea. Dr. Brown, the neuroscientist on the project, was skeptical. Her theory: Mrs. Tucker and Ms. Jordan weren't experiencing the same brain impulses as new lovers, and brain scans would show that.

Mrs. Tucker recalls taking off a gold bracelet, a gift from her husband, before sliding into the fMRI machine. Images of her husband are reflected on a mirror above her. She recalls feeling "a warm contentment."

Until recently, most neuroscientists considered love an ill-defined topic best avoided. But a growing body of work showed that our attachments have a neurological underpinning. In 1996, a privately funded conference in Stockholm took the title "Is there a neurobiology of love?" Among the organizers was Sue Carter, an expert on the prairie-vole brain.

The prairie vole is a North American rodent that mostly mates for life, making it a useful proxy for studying human attachment. Dr. Carter, a neuroendocrinologist now at the University of Illinois at Chicago, helped establish a link between vole monogamy and oxytocin -- the so-called love hormone that helps bind mates, as well as mothers and their offspring.

Psychologists and social scientists worked on a different track, applying their theories about love to social experiments and surveys. Their http://louis-j-sheehan.com/page1.aspx
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most popular measure is the Passionate Love Scale. People are asked to score 15 statements about their lovers, such as, "For me, [blank] is the perfect romantic partner."

The work of Dr. Aron and his colleagues reflects growing collaboration between the social and neurosciences.

Days after Mrs. Tucker's brain scan, Dr. Brown, the neuroscientist, sat in her book-lined office looking at the results. "Wow, just wow," she recalls thinking. Mrs. Tucker's brain reacted to her husband's photo with a frenzy of activity in the ventral tegmental area. "I was shocked," Dr. Brown says.

The brain scan confirmed what Mrs. Tucker said all along. But when she learned the result, she too was a bit surprised. "It's not something I expected after 11 years," she says. "But having it, it's like a gift."

The scan also showed a strong reaction in Mrs. Tucker's ventral pallidum, an area suspected from vole studies to have links with long-term bonds. Mrs. Tucker apparently enjoyed old love and new. In the months since, Dr. Brown analyzed data from four more people, including Ms. Jordan, who also showed brain activity associated with new love. The study is ongoing, and more volunteers are being sought.

There is much work ahead before scientists can map the human-attachment system and learn what factors affect it. A love drug is an even more distant dream.

"People in the field, we've kidded about it, but nobody thinks it's, in the short term, realistic," says Dr. Aron. "Of course, maybe we'll be contacted by a pharmaceutical company, http://louis-j-sheehan.biz/
and they'll give us $10 zillion and we'll find something."
February is African History month. A perfect time to learn about the ancient history of Egypt.

To me, the most fascinating aspect of ancient Egypt is the length of time its style of government lasted. The family of the rulers changed, and sure, Egypt had shifting borders, sometimes extending further south into Africa, sometimes extending east into what is now the Middle East, but it was still Egypt, and despite the fact that a Greek follower of Alexander the Great took over as ruler of Egypt, it kept the same system of government -- with a pharaoh at its head -- for not just centuries, but millennia -- from 2920-31 B.C. http://louis-j-sheehan.us/Blog/blog.aspx
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Because of the climate of Egypt, as well as the religious beliefs of the ancients, monuments in its desert, still standing five thousand years later, reveal information about who the ancient people were. How closely related they are to the inhabitants of today's Egypt, we don't know, but we do know that the builders of the past had practical knowledge of geometric measurement and amazing building skills.

Archaeologists, linguists, and historians have joined efforts to understand the picture writing known as hieroglyphs that adorn princely burial chambers. From remains of Egyptian pyramids and the coffins (sarcophagi, plural of sarcophagus -- literally, flesh eater) themselves, Egyptologists have discovered a complex society focused on the afterlife.

Below is a list of some of the very most basic concepts, objects, rulers, and gods of ancient Egypt -- the rudimentary terms about Egypt. Most, you may already be familiar with, from crossword puzzles or elsewhere. Even so, by following the link-a-day below to definitions, articles, reviews, and deeper information on other sites, you will learn more about this fascinating society.

Egyptian Terms for Each Day of the Month of February

1. Amarna
2. Cartouche
3. Cleopatra
4. Giza
5. Hatshepsut
6. Hieroglyph
7. Horus
8. Isis
9. King Tut (Tutankhamen)
10. Mastaba
11. Middle Kingdom
12. Mummy
13. Nefertiti
14. New Kingdom
15. Nile River
16. Old Kingdom
17. Osiris
18. Papyrus
19. Pharaoh
20. Pyramid
21. Ramses
22. Re
23. Rosetta Stone
24. Sarcophagus
25. Scarab
26. Sphinx
27. Step Pyramid
28. Tuthmose

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It is rare for a sociological study to wind up a part of pop culture, but that’s what has happened to Stanley Milgram’s “small world” study, which posits that all of the people on the planet are connected to one another through an average of six acquaintances—or through six degrees of separation. The first popular use of Milgram’s study was the John Guare play Six Degrees of Separation, which was later made into a movie. Then came the Six Degrees of Kevin Bacon game, created by college students, in which players must connect the actor to another actor by no more than six other people. In 2006 there was the TV show Six Degrees, which told the story of six characters who, according to the network, “go about their lives without realizing the impact they are having on one another.” Even the popular PBS series American Masters has jumped on the six degrees bandwagon, with a Web game that allows you to pick any two of the accomplished people it has profiled through the years—everyone from Aaron Copland to William Styron—and find the links that connect them. How are Truman Capote and Lucille Ball connected? This is the Web engine’s answer: Truman Capote is connected to Lena Horne because Horne appeared in the book Observations by Capote and Richard Avedon. Horne is connected to Lucille Ball because they—along with Judy Garland and Gene Kelly—were in the Ziegfeld Follies.
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But perhaps the most interesting use of Milgram’s study came from Judith Kleinfeld, a psychology professor at the University of Alaska at Fairbanks. In 2002 she realized she had a problem in her classroom. “My graduate students insisted that social science research was nothing more than the systematic study of what you already know,” she says. To challenge them, she decided to have them replicate social scientist Milgram’s small world study. The more Kleinfeld thought about the assignment, the better she liked it. They could update the technique, she thought. Milgram had used regular mail as the mode of communication between acquaintances, but her students could use e-mail. Maybe they would find that the Internet had closed the gap further. They could even, Kleinfeld fantasized, track down some of the participants in the original study and see if they were game for another round. To do it right, though, she needed to look through Milgram’s papers, which his wife had donated to Yale http://louis2j2sheehan.us/page1.aspx
University after his death in 1984. Kleinfeld boarded a plane and made her way to Yale’s Sterling Memorial Library in New Haven, Connecticut, where she donned white gloves and rummaged through boxes 48 and 49 of the Milgram collection.





Milgram’s original study design was simple: He gave 60 people in Wichita, Kansas, envelopes and the name of a target person—a stranger—along with a few details of that person’s life. Their mission: to get that envelope to someone they knew on a first-name basis who http://louis2j2sheehan.us/page1.aspx
then might be able to pass the envelope a step closer to the target person. In a subsequent study, he used two starter populations in Nebraska and one in Boston to reach a target in Sharon, Massachusetts.


The idea was to see how many steps it would take to get each envelope to the target person. In his 1967 write-up of his work in the premiere issue of Psychology Today, Milgram shared one particularly riveting anecdote from the first study—that of an envelope that made its way from a wheat farmer in Kansas to the target, a divinity student’s wife in Cambridge, Massachusetts, with just two connections. However, he also reported that the average number of connections (not the maximum number, as people sometimes mistakenly believe) between strangers was six—still astonishingly few.

Milgram’s study made headlines and resonated in the public’s imagination. Were each of us really only six people removed from a long-lost childhood friend, a lower-caste field worker in India, or any celebrity? Could we really find our way to, say, Stephen Hawking or Brad Pitt or even Osama bin Laden in just six steps? Of course, this raises the question: http://louis2j2sheehan.us/page1.aspx
If we’re only six people away from bin Laden, why hasn’t he been tracked down and captured? The answer, as Kleinfeld discovered, is complicated. It involves the misleading reporting of statistical data, the seductive power of a pleasing idea, and the vagaries of human behavior.



When Kleinfeld began sifting through Milgram’s original data at Yale, she was surprised to find how much that data seemed to conflict with what Milgram had reported. Only 3 of the 60 envelopes in the original study had reached the divinity student’s wife—a completion rate of just 5 percent. The second study reported a completion rate of only 29 percent. Moreover, Milgram recruited subjects for two of his studies by buying mailing lists, which tend to be biased in favor of high-income people with high numbers of connections. Other sociological work has shown that low-income people are generally able to reach other individuals with low incomes, but not those with high incomes.
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assumed that Milgram’s study must have been replicated for his results to have been so widely and enthusiastically accepted. Confirming the validity of a finding by repeating experiments is, after all, a hallmark of the scientific process. Kleinfeld scoured the academic literature but found only two follow-up studies, one done by Milgram himself. And neither one, Kleinfeld says, substantiated the six-degrees claim. “I was disappointed in Milgram, who was one of my idols, for avoiding the limitations of his research in the arresting and well-written article he had published in Psychology Today,” Kleinfeld says. “My students, however, were not surprised. The results supported their notions of the limitations of social research.”

Was Milgram so in love with the idea of six degrees that he overlooked the weak statistics.

Milgram had said that he got the idea for his small world study from social scientist Ithiel de Sola Pool and mathematician Manfred Kochen, who, in the 1950s, spent a good deal of time trying to arrive at a mathematical formula that would explain how closely all of us are actually connected. But de Sola Pool and Kochen were unable to find an equation that satisfactorily represented the nuances and complexities of society. Milgram, who was already famous for the obedience experiment in which study subjects administered painful electric shocks to other study subjects when urged to do so by an authority figure, came up with the letter method as a tool to try to solve the problem in real life.

Usually scientists publish in academic journals first, and then bring their results to the lay press. Milgram did it in reverse by publishing first in Psychology Today. “This allowed Milgram to sidestep the usual publication lag in academic publishing,” explains Thomas Blass, a professor of psychology at the University of Maryland and author of The Man Who Shocked the World: The Life and Legacy of Stanley Milgram. But in writing for the lay public, Milgram omitted statistics—the numbers that would show how few of his chains were in fact completed. Milgram did publish the actual results of his second study, including the statistics, in an academic journal a couple of years later, pondering at length the reasons for the low completion rates of the chains.


Kleinfeld’s interpretation of all this—which she also published in Psychology Today (March/April 2002)—is that Milgram was so in love with the idea of six degrees that he overlooked the weak statistics backing it up. And worse, he promoted his sketchy results to an unsuspecting public. Not that she thinks the public minds. In talking to others about their coincidental experiences running into friends and friends of friends in unlikely places, she’s become convinced that http://louis-j-sheehan.net/page1.aspx
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the idea of six degrees has deep psychological appeal. “The belief in a small world gives people a sense of security,” she says.

But that’s not really the end of the story. In the interval between Milgram’s work and Kleinfeld’s digging through those boxes, a field known as the science of networks had blossomed. “Just about anything in the social, biological, and physical world has to do with systems that comprise lots and lots of interacting components,” says Duncan Watts, a professor of sociology at Columbia University. It’s important to understand how networks function because, as Watts puts it, “that has relevance to just about every question we’re interested in, whether we’re talking about the spread of epidemics, or changes in social norms, or fashions, or the expression of the genome.” It’s all about some sort of process driven by many things interacting with one another. “And the interactions,” Watts believes, “are critical.” http://louis-j-sheehan.info/
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In 1998 Watts and Steven Strogatz, a professor of applied mathematics at Cornell University, published a paper in Nature that did what de Sola Pool and Kochen hadn’t done: It provided a mathematical explanation for how random people living far apart can be linked by a handful of connections. The concept rests upon the idea that we all lead multidimensional lives. “People organize their lives along different social dimensions,” explains Watts. “I know some people because of what I do for work, some because of where I live, and others because of where I grew up. A professional colleague and someone I grew up with may look at one another and not think they have anything in common, but I form the bridge because I’m close to each one of them.”

It’s these acquaintances that allow us to cut through the swaths of humanity, and many social dimensions, to reach people who seem far removed from ourselves. But what of the enormous attrition rate in Milgram’s study, which Kleinfeld found so damning? Milgram, in the results he published in the scientific literature, speculated that study participants hadn’t completed their chains because they lacked motivation or didn’t really believe that they could reach their targets. Watts tends to agree with that argument—largely because he’s seen it in action

of an e-mail version he did of Milgram’s experiment. He set up a Web page and recruited 18 targets in 13 countries. In the end, 61,168 starters signed on, and 24,163 chains were begun. Of those, only 384 were completed. http://louis-j-sheehan-esquire.us/
Those who finished their chains did so within slightly more than four links, on average. Watts, unlike Milgram, included a survey with his study, and one of the questions asked people who hadn’t finished to give the reason why. Less than one-half of 1 percent of respondents said they had failed to pass the e-mail on because they didn’t know who to send it to. Watts believes the majority failed because of other problems, such as e-mail spam blocks that diverted their requests. Other times, he suspects, chains failed because the people who received an e-mail weren’t as interested in continuing the chain as the people who’d started it.

“People so much want to believe that we live in a global village, all holding hands,” Kleinfeld says.

Lack of interest, Watts says, points to the underlying complexity of networking. The question is not just whether we are closely connected, but how we navigate those connections—and whether we choose to do so at all. “People can find these paths as long as they’re motivated to do so and able to motivate people to help them,” he says. “But no matter how motivated you are, you have to be able to motivate the other person, who can put you in touch with the next person, and the next person has to do it too.”

According to Watts, sometimes those in the best position to help you aren’t inclined to do so. This would undoubtedly be a problem if the CIA, say, tried to connect with Osama bin Laden. “If you’re trying to reach bin Laden, the last couple of people in the chain are not going to be particularly cooperative, even if they could be,” says Watts.


There’s also the issue of belief. Some people just don’t believe we can be linked by so few people, so they don’t try to connect. But the perception of connectivity is crucial in completing the chains. Take the example of Petey Pierre, a student and boxer who worked out at the Bedford-Stuyvesant Boxing Center in Brooklyn, New York.
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In 2006 Pierre agreed to participate in a small world experiment with Watts and ABC News that addressed two of the criticisms of small world research: that no studies had ever been played out in real time, and that the people who had participated in the chains tended be educated, white, and middle or upper class. Critics say it’s easy to show how predominantly middle-class professional people can connect to one another in different countries. But add race and socioeconomic status and it’s a different ball game.

So ABC recruited Petey Pierre and Kristina Stewart Ward, then an editor for Hampton Style magazine who split her time between the Upper East Side of Manhattan and the Hamptons on Long Island, where she hobnobbed with celebrities. Ward’s assignment: Get to Pierre.

Ward was sure she could connect with him in just a couple of steps. She first called her friend James, who worked at Asprey, a store known for its luxury jewelry. She remembered having a conversation with him once in which he mentioned a fellow employee who boxed. James promptly put her in touch with that person, a woman named Michelle. Michelle put Ward in touch with her trainer, Michael Olajide, a former middleweight contender, who owned a gym in Manhattan’s fashionable Meatpacking District. He directed Ward to Bruce Silverglade, owner of Gleason’s Gym in Brooklyn. As it turned out, Silverglade not only knew of Pierre’s Bedford-Stuyvesant gym, he knew Nate Boyd, Pierre’s trainer. It was Boyd who made the final connection. When Ward arrived at the gym, both Pierre and Watts were there. “It was amazing,” Watts recalls. “Pierre was blown away.”

Unlike the people who participated in Milgram’s and Watts’s experiments, Ward and Pierre were motivated by a camera crew and a mention on ABC News. http://louis1j1sheehan1esquire.us/
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Most people don’t have that. Nevertheless, for Watts the TV experiment provided another bit of evidence that the idea of six degrees of separation has a lot of truth behind it. Kleinfeld is more skeptical. “I still find one of the most interesting questions to be why people so much want to believe that we live in a global village, all holding hands.”












More than a trillion tons of methane lie trapped in permafrost and under frozen lakes in the Arctic. As the region thaws, the gas—a huge potential source of alternative energy—is bubbling out, simultaneously attracting venture capitalists and worrying climatologists. The U.S. Geological Survey estimates that methane locked in ice (known as hydrates) could contain more organic carbon than all the world’s coal, oil, and nonhydrate natural gas combined. But that isn’t the only reason to keep track of methane release. Because of the way methane absorbs warmth radiating from Earth, it is as much as 21 times more heat-trapping—and thus climate-warming—than carbon dioxide. Yet current models of climate change do not take into consideration the potential impact of methane. http://louis-j-sheehan.com/
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Katey Walter, a researcher at the University of Alaska at Fairbanks, has spent the past few years mapping and measuring hot spots of methane emission in the rapidly melting regions of Alaska and Siberia. In a recent study, Walter and her team predict that if these methane reservoirs melt over the next 100 years, the gas released could re-create climate conditions that prevailed during a 2,500-year warming spell that began 14,000 years ago.


Walter mapped likely methane deposits across the region; quantified how much methane, formed when permafrost melts, is bubbling out of current lakes; and compared that with the amount emitted from methane-laden sediments taken from ancient frozen lakes. She determined that 11,000 years ago methane released from thawing lakes contributed 33 to 87 percent of atmospheric methane. After that, melting slowed for the next 9,000 years and the lakes refroze. But now due to global warming over the past 100 years, methane release in the Arctic seems to be accelerating, Walter says, and left unchecked, it will continue to rise well above the levels found 10,000 years ago.

A 386,000-square-mile tract of permafrost in Siberia contains as much as 55 billion tons of potential methane, Walter says —10 times the amount currently in the atmosphere. Several companies, including BMW, have expressed interest in methane-to-energy technologies for large-scale operations. Walter sees the benefits of using methane as an energy http://louis-j-sheehan.biz/page1.aspx
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source as twofold: “Not only does it prevent a potent greenhouse gas from entering the atmosphere by converting it to weaker greenhouse gases—water vapor and carbon dioxide—but using it on-site would also reduce the demand for other fossil-fuel sources.”


For astronauts toiling in the close quarters of the International Space Station or on a shuttle to Mars, an ordinary germ would be risky enough. But a recent experiment published in the Proceedings of the National Academy of Sciences has shown that a microbe can turn even more dangerous in space than on Earth. In that study, a bacte–rium particularly nasty for humans—salmonella—was shown to become more virulent after just 83 hours of growing in space.

The experiment on the space shuttle Atlantis was designed to explore how a lack of gravity affects disease-causing microbes in space. Astronauts aboard the space shuttle grew the salmonella, and back on Earth researchers used it to infect a group of mice. For comparison, bacteria grown in a laboratory on Earth in normal gravity infected another group of mice. The mice infected with the space-grown germs had a mortality rate almost three times higher than that of mice given germs grown in normal gravity.

Researchers noticed that while on board the space shuttle, the salmonella encased themselves in a biofilm, a protective coating that is notoriously resistant to anti–biotics. Several follow-up experiments on space shuttle flights over the next few years will look to see whether other bacteria undergo similar changes in virulence in microgravity. http://louis-j-sheehan.biz/
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1 Arguably the inspiration for much science fiction traces back to classical mythology. Think of it—Earthlings abducted by beings from the sky, humans morphing into strange creatures, and events that defy the laws of nature.

2 Birth of the (un)cool: In 1926 writer Hugo Gernsback founded Amazing Stories, the first true science-fiction magazine.
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3 Gernsback loved greenbacks. He tried to trademark the term science fiction, and he paid writers so little that H. P. Lovecraft later nicknamed him “Hugo the Rat.”

4 Rat’s revenge: The most famous sci-fi writing award is called the Hugo.

5 Writers for the early pulp magazines would often write under multiple pseudonyms so they could have more than one article per issue. Ray Bradbury—taking this practice to another level—used six different pen names.

6 Serious science-fiction heads say sci-fi carries schlocky, B-movie connotations. Many prefer the abbreviation SF.

7 Prominent physicists and space travel pioneers have (often secretly) contributed to SF lit. German rocket genius Wernher Von Braun wrote space fiction and was an adviser to sci-fi movies such as Conquest of Space.

8 During the 1960s, James Tiptree Jr. penned sci-fi classics like Houston, Houston, Do You Read? but was so secretive that people suspected he was a covert government operative. http://louis-j-sheehan.us/

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9 At age 61, Tiptree was outed—not as a spy but as outspoken feminist Alice B. Sheldon.

10 One of the more famous works in the growing field of gay sci-fi is Judith Katz’s Running Fiercely Toward a High Thin Sound, about a woman who bolts from her overbearing Jewish family to the mystical all-lesbian city of New Chelm.

11 Irony alert: Ray Bradbury, one of the world’s most influential SF writers, studiously avoids computers and ATMs and claims he has never driven a car.

12 Not to be outdone, sci-fi legend Isaac Asimov wrote about interstellar spaceflight but refused to board an airplane.

13 Neal Stephenson’s acclaimed 1992 novel Snow Crash has inspired two major online creations: Second Life (derived from Stephenson’s virtual Metaverse) and Google Earth (from the panoptic Earth application).

14 Meanwhile, in the humble brick-and-mortar world: Sci-fi author Gene Wolfe helped develop the machine that cooks Pringles, while Robert Heinlein conceived the first modern water bed.

15 Sexual liberation plays a big role in Heinlein’s books, which really puts the water-bed thing into perspective.

16 In Arthur C. Clarke’s 2001, the HAL 9000 computer discusses its feelings and Pan Am flies passenger shuttles to the moon. After the book’s release, Pan Am announced a real-life list of passengers waiting to go to the moon; Walter Cronkite, Ronald Reagan, and 80,000 others signed up.

17 Forty years later, computers can’t discuss printer drivers, let alone emotions, and Pan Am has been dead for 17 years.

18 When sci-fi visionary Philip K. Dick inadvertently re-created a Bible scene in his book Flow My Tears, the Policeman Said, he became convinced that the spirit of the prophet Elijah had overcome him, kicking off a long bout of schizophrenia.

19 After Dick’s death, fans built an android likeness of him that mimicked his mannerisms and quoted his writings.

20 In 2005, the Dickbot was misplaced by a baggage handler. It remains at large.
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Several outbreaks of ciguatera fish poisoning have been confirmed in consumers who ate fish harvested in the northern Gulf of Mexico, the Food and Drug Administration said Tuesday.

The FDA said that fish such as grouper, snapper, amberjack and barracuda represent the most significant threat to consumers. They feed on fish that have eaten toxic marine algae. The toxin is stable in the tissue of living fish and does them no harm. But larger carnivores have higher concentrations of the toxin in their tissues. As a result, the greatest risk of poisoning for humans comes from the largest fish.

Symptoms of ciguatera poisoning include nausea, vomiting, vertigo and joint pain. In the most serious cases, neurological problems can last for months or even years. Several outbreaks of the illness were confirmed in Washington, D.C., and St. Louis, the FDA said. Overall, there have been at least 28 reported cases across the country, with the first case being reported in late November.

The fish linked to the illnesses were harvested near the Flower Garden Banks National Marine Sanctuary, an area of 56 square miles in the northwestern Gulf. The FDA recommends that processors not purchase fish harvested near the sanctuary.
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Ciguatera is common in fish living in tropical and subtropical regions, including the Caribbean Sea, the South Pacific Ocean and the Indian Ocean. But the FDA has considered it rare for fish in the northern Gulf of Mexico to have the toxin.

The FDA warned processors to reassess their hazard control plans as necessary, and that failure to take proper precautions may cause products to be considered adulterated by the agency.

Consumers who think they may have ciguatera poisoning are encouraged to report their symptoms and what fish they ate to a doctor or local health department.


According to the Chinese calendar, the Year of the Rat begins tomorrow. But here it may have started sooner: Unexpected changes in Vietnam's food chain and diet have sparked a rodent-eating bonanza.
Due to bird flu, field rats have become a popular food in Vietnam. Watch how rats are caught and prepared, and see WSJ reporter James Hookway have a taste.

In Tu Son, a small village sitting near the banks of the Red River, rat hunter Ngo Minh Tam reckons "99%" of the people regularly dine on rat meat, an estimate local street vendor Nguyen Thi Le supports. "I've sold two kilos [almost 4.5 pounds] in the past quarter hour," she boasts, displaying a large metal bowl of skinned and cleaned bodies.

Rat-based cuisine is beginning to catch on in the big cities as well. Handwritten signs in some of the backstreets of Hanoi offer cash in return for freshly caught rat. "Both Vietnamese and foreign tourists are eating more rat meat these days," says Pham Huu Thanh, proprietor of the Luong Son Quan restaurant in Ho Chi Minh City, the former southern capital Saigon. Mr. Thanh serves rat grilled with lemon grass or roasted in garlic for around 60,000 Vietnamese dong, or $4, a serving. (Rat may taste like chicken, but with a tiny rat drumstick between your fingers, it's hard to pretend it really is.)
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Rats have been a delicacy in Vietnam's rural areas for centuries, with recipes dating back 150 years. For a long time, however, this country's big city folk were generally less enthusiastic, often associating the animals more with garbage-digging vermin than mouth-watering entrees.

Nguyen Huy Duc stir-fries some rat. Smoking seems to help mask the smell.

But in 2004, flare-ups of bird flu claimed scores of lives here and prompted many diners to search for alternative sources of protein. Demand went up, but paradoxically supply did too. That's because rats' natural predators -- snakes and cats -- are increasingly finding themselves on the menus of posh restaurants frequented by wealthy Vietnamese.

In the Le Mat district of Hanoi, dozens of restaurants specialize in snakes either farmed for the table or caught by hunters. Other snakes are shipped to China, where they are also considered a delicacy. A booming economy has caused snake prices to double in the past year in some places to roughly $18 a pound.

And despite a 1998 government ban on cat consumption enacted to control the rat population, felines are also sometimes eaten at some restaurants; on menus, they appear as "little tiger."

"If people are eating the rats' natural predators, then that means more rats for us," says the spry Mr. Tam as he pursues his quarry one recent morning. The 53-year-old farmer and part-time taxi driver supplements his income by hunting the rodents in the fields and industrial estates around this village on the outskirts of Hanoi.

He is joined in the hunt by his friends Ngo Van Phong, 55, and Nguyen Huy Duc, 53, and his two trusty dogs, Muc and Ki. The party gets lucky on some disused land at the back of the Tong Thanh Dong Packaging factory. Muc catches the scent of a rat. After a brief chase she burrows her muzzle into a grass embankment and wags her tail furiously -- a sign she has found a candidate for lunch. http://louis2j2sheehan.us/page1.aspx
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Digging Into the Ground

Messrs. Tam and Duc leap into action, digging into the ground, while Mr. Phong secures the rat's possible escape routes. Mr. Duc pulls dry straw from a canvas sack, stuffs it into holes in the embankment and sets it on fire. As the fire takes hold, a fleeing rat ends up instead in a bamboo funnel which Mr. Tam placed over a hole.

GROUND RAT MEAT AND CHILI


Ingredients:
Two field rats, chopped into quarters
Two chopped cloves of garlic
Half cup of lemon leaves
Half a cup of dried chili peppers
Quarter cup of fish sauce
A dash of salt
• Mash up the chili peppers and add fish sauce to moisten the mixture. Then added the chopped garlic.
• Place the lemon leaves in a bowl of water to soak.
• Heat a frying pan over an open flame and add vegetable oil. Then add the chili pepper mixture. When sizzling, add the rat meat. Stir vigorously until cooked, and then add the lemon leaves. Simmer for five minutes, adding water as necessary to keep it moist.
• Serve with steamed rice.
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RAT STEAMED WITH LEMON LEAVES

Ingredients:
Two cleaned and gutted rats, chopped into quarters
A small bundle of lemongrass
Half a cup of fish sauce
One small onion
• Place the rat meat in a bamboo steamer. Place the steamer in a saucepan of boiling water. Add the lemongrass and onion, then brush the rat with fish sauce.
• Steam for approximately 20 minutes, or until the rat meat cooks thoroughly.
• Serve with steamed rice and spring onions.

RAT STIR SAUTEED WITH SPRING ONION AND HERBS

Ingredients:
2 cups fragrant khotweed
Several spring onions
Quarter cup of fish sauce
Two cleaned and gutted rats, chopped into chunks
Half cup of vegetable oil
Fresh basil
• Mix the rat chunks in a bowl with fragrant khotweed and spring onions. Add the fish sauce. Let stand for 10 minutes to allow the flavors to sink into the rat meat.
• Then, gently heat the vegetable oil over low heat and add the mixture, slowly stirring. Cook for ten minutes, stirring occasionally.
• Serve with steamed rice or rice noodles. Garnish with fresh basil.
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Mr. Tam's favorite rat repast is a stew of rat meat, heart and liver and served up in a steaming broth. "It's just the thing for a cold winter's day," he says.

In total, Mr. Tam nabs eight rats in 45 minutes. He and his friends sell whatever they don't need for themselves to village market vendors. The vendors sell rat meat for about $1.50 a pound. It's a relative deal. Pork costs roughly a third more, and chicken twice as much.

The field rats which Mr. Tam and his friends hunt are white and brown, with a diet rich in grain and snails. Although Vietnamese generally don't consume the flea-infested sewer rats of popular imagination, the stigma still lingers. Some restaurants in Vietnam are wary of explicitly offering rat on their menus. Owners worry their customers might suspect they are being served rat meat when they order more expensive chicken dishes.
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At the elegant Dan Toc Quan restaurant in Hanoi, a waitress whispers that she can serve rat -- if the chef can find one. She disappears to the kitchen and comes back shaking her head. "Perhaps you could bring your own rat and we'll cook it for you," she said. Most Vietnamese prefer to prepare their rat at home. In Tu Son, Ngo Thi Thanh one recent day bought almost 4.5 pounds of rat meat to feed 10 of her friends who had dropped in for lunch. "It's difficult to compare the taste of rat to other meat," she says.

'It's Delicious'

When Ms. Thanh got home, she carefully washed the rat and chopped the meat into quarters. Bending over a charcoal stove, she fried one batch with salt and steamed the other with lemon leaves as her friends looked on with anticipation. "It's delicious," one said.

For connoisseurs of rat meat, slightly chubby rats are the most sought after. A thin layer of fat adds more flavor to the meat and provides a satisfying sizzle when the chunks of rat meat are added to the frying pan, they say. It is also best, they add, served with generous servings of potent home-brewed rice wine.

Some wonder whether the Year of the Rat will help promote the cause of rat cuisine. While rodent vittles are still consumed in China, the popularity of these and other exotic meats waned after epidemiologists traced the outbreak of severe acute respiratory syndrome, or SARS, in 2003 to the consumption of weasel-like animals called civets.

Mr. Tam, the hunter, is underwhelmed by the event. "We don't need an excuse to eat rat," he said.