One Palisades seismologist interpreted the low readings on the first two aircraft impacts against the Towers:

“Since the main collapses, a major concern has been if strong shaking affected the structural stability of nearby buildings. [But] earthquakes of ML 2.3 are not known to cause any structural damage in buildings….”

It is well known in seismology that Impact Sources produce Low Frequency Waves while Explosive Sources produce High Frequency Waves. The Seismic Waves produced during the WTC collapse were High Frequency Waves—again indicating that they could not have been produced by the impact of rubble on the surface, but rather by an impulsive explosive source.”

Using the Towers’ central steel cores as a “chimney” for vaporizing them within 8 and 10 seconds.

“…exploded violently and ejected pulverised concrete and rubble in all directions, followed by a pyroclastic flow of hot dust following the same pattern as the base surge of an underground nuclear explosion…. [An estimated 90,000 [tones of concrete in each tower was literally pulverised into dust, sand or grit-sized particles—an absolutely unprecedented event.

“This indicates that the forces on the concrete were so high, they exceeded its tensile strength…. by a factor of 300 or more…. and literally tore it apart.”

In other words, the nuclear “event” began by the violent upward thrust of the nuclear blast 150 feet per second. Its white-hot heat shot upward vaporizing the Towers’ interiors of concrete, steel, glass, combustibles—and people—into dust. Blowing to the top and out into the atmosphere, the tremendous energy flung its steaming load of vaporized materials skyward to become multi-colored pyroclastic clouds of dust and radioactive fuel. But the eruption’s energy, like volcanic lava and pyroclastic flows, sped downward vaporizing the buildings’ exteriors. Only mountains of flying paper and corroded aluminum cladding escaped.


Then, a natural phenomenon burst on the apocalyptic scene. A pair of hurricanes 300 miles off in the Atlantic Ocean—Erin (Class 3) boosted from the south by Gabrielle (tropical depression)—acted as vacuum cleaners to inhale the dust-packed clouds and exhale them off Greenland. It was a coincidence almost too extraordinary to be believed by some. They believe that weather manipulation has been achieved by the U.S. military.

Military-directed hurricanes or not, the explosive events happening in Lower Manhattan made Erin’s Class 3 status largely unknown except for those in its path off East Bermuda and crews from the National Hurricane Center. Erin lingered only for 9/11 and then was buffeted east by the cool, cleansing winds from Canada and Gabrielle’s swift push north from the Gulf and Florida. The two storms thus prevented air stagnation over New York City that could have exposed millions to radiation. The scale of a subsequent cancer epidemic would have left no doubt about nuclear devices destroying the Center.

Fallout (Uranium, Strontium, Barium, Zinc, and More) Detected by USGS

Measurements of chemical and mineralogical elements in dust samples gathered in and around Ground Zero were initiated by the U.S. Geological Survey six days after 9/11. Its airborne team photographed the thermal hotspots. Both missions used state-of-the-art equipment and agency facilities.



“Today, the unexpected, rapid growth of cases strongly indicates to health professionals that cancer may be the ‘third wave’ of WTC-linked ailments and soon outnumber pulmonary deaths. Physicians increasingly are making comparisons to Hiroshima/Nagasaki blood cancers from the 1945 atom bomb attack and that same connection to victims of Three Mile Island and Chernobyl.”


The ground team gathered samples during the evenings of September 17-18 from 35 sites in Lower Manhattan within a mile of the WTC’s circumference. Two were indoors samples, two from beams. Samples were taken from undisturbed places: window ledges, windshields, flower pots, and protected areas in entryways and stairs. Indoor samples came from a gymnasium and a 30th floor apartment. Tests revealed 42 elements.


Though a September 14 downpour might have had mitigating effects on ground-sample results, USGS researchers also mixed water with some particles for a second test (leaching). Aerial i1428mages revealed the expected high level of asbestos, but the agency’s report on both analyses was artfully crafted apparently not to alarm the public about nuclear evidence. It said that ground dust

“…although quite variable, reflects the chemical contributions of materials used in building construction or found in buildings, such as glass fibers, concrete, gypsum wallboard, steel girders, wiring, ductwork, electronics, computers, paper, and many others.

“The mean concentrations of some heavy metals in the WTC dust samples (such as antimony, molybdenum, zinc, copper, lead, chromium, manganese, nickel, and barium) are relatively high compared to their mean concentrations in natural soils from the eastern United States.”

The particles of barium, zinc, and lead, elements that never should have turned up in Lower Manhattan, caught the instant attention of those who were knowledgeable about fallout.

The elevated levels of nuclear particles omitted in the news release, but recorded in those tables: Uranium and its deadly offspring of strontium, barium, and zinc. Massive levels were found of strontium: 3,130 ppms as a maximum; 378 ppms as a minimum; and 726.61 ppms as the mean. In leaching tests, strontium’s minimum was a 561 ppms; the maximum, a staggering 1,690 ppms; a mean of 1,083.10 ppms. Other elements the USGS found were significantly rare for the area.

Today, the unexpected, rapid growth of cases strongly indicates to health professionals that cancer may be the “third wave” of WTC-linked ailments and soon outnumber pulmonary deaths. Physicians increasingly are making comparisons to Hiroshima/Nagasaki blood cancers from the 1945 atom bomb attack and that same connection to victims of Three Mile Island and Chernobyl.

The location with the greatest concentration of nuclear pollutants, according to the data, was the southeast corner of Water Street and Coenties Slip, near the Brooklyn Bridge. It had the greatest levels of zinc (2,990 ppms) and the second highest levels of both strontium (1,000 ppms), and barium (765 ppms). The center for the highest levels of strontium (3,130 ppms) and barium (3,670) was at the intersection of Broadway and Dey, a block from the WTC’s eastern side. Even if those elements had been found in minuscule quantities, renown radiation experts such as Dr. John W. Gofman have warned for years:

The USGS’s 33 outdoor samples do indicate irrefutable signs of nuclear materials:

Barium and strontium are banned in construction materials because of toxicity. One construction expert wrote:

“Indeed, any building with these concentrations of the highly toxic (and in this case radioactive) elements Strontium and Barium in its structure could never have been built because the construction crew would have become seriously ill first.

“….The only explanation that is possible—and indeed the scientifically inescapable conclusion—is that a large-scale fission chain reaction took place in the locality, releasing Strontium, Barium and many other radionucleides into the environment as daughter products of Uranium fission….The presence of large quantities of other well-known daughter products in correlated quantities makes the case overwhelming, beyond any shadow of a doubt whatsoever that a nuclear explosion occurred.

“The complexity of the other relationships are also what we would expect from a high-energy nuclear explosion rather than the low-energy fission in a controlled reactor. Fission did not stop with two fission fragments—many of these were fissioned in turn into smaller atoms by the intense concentrated neutron radiation in and underneath the building[s].”

The presence of high levels of vanadium, a radioactive decay product. An expert in aerosols and atmospheric sciences, Dr. Thomas Cahill of the University of California, also had studied the USGS report and pronounced the vanadium level the highest ever seen in the U.S. So were the high levels of nickel and chromium, both decay products.

During WTC cleanup. Beginning on October 3, vanadium levels increased day by day until October 26 when it was joined by a significant spike in chromium and nickel levels.


Shock and Blast Waves fissionable energy is triggered into a chain-reaction. It is followed a nano-second later by a blast wave’s shock “front” of compressed air shutting out sound, and silently “blasting” everything in its path. As it strikes the ground, the super-heated wave roars along, flattening people and objects until its force is expended. It also can rupture and ignite gas and storage tanks. Traveling directly behind it, however, the blast wave extinguishes fires just as candlelight does when someone blows it out. Unfortunately, by then, the damage is done. If vehicles are parked close together—as they were in WTC garages and the neighborhood—one ruptured gas tank or gas leake on the ground can set off a chain-reaction of fires. That seems to have happened even to fire trucks and ambulances despite valiant efforts made by dozens of firefighting companies to extinguish them.

3026The Street-Level ‘Base-Surge’ Clouds

Another sign of an underground nuclear explosion is a “base-surge” cloud that also travels along the ground. The dust contained in it on 9/11 was too cool and heavy to rise to thousands of feet and accompany the lighter and hot (500º-1,500º F) “pyroclastic” main cloud. The heavy “ejecta” from the fuel eruption falls to Earth and, still full of energy, is transformed into a dirt-and-air-filled cloud. It billows rapidly outward. On 9/11, the base surge carried particles of concrete, steel, office combustibles, asbestos, human remains, ash—and the radioactive materials revealed by USGS spectrometers.

Electromagnetic Pulses (EMPs)

Another signature of a reactor “event” is an electromagnetic pulse (EMP). Basically, in a nuclear bomb explosion, a side-effect is created by radiation that is ionizing. The particles’ tremendous energy sets electrons spinning at such a strong rate that it “shorts out” anything operating off a circuit such as computers, power lines, appliances, telephones/cell phones—even Pacemakers. EMPs are a major concern for the military’s sophisticated communication systems as much as they were for First Responders on 9/11. They depended heavily on Handy-Talkies, especially for evacuation orders that were never heard by firefighters who died on the Towers’ upper floors.

Initially, the Handy Talky manufacturer Motorola was singled out for blame, but when the New York fire department’s WTC task-force interviewers made a point of asking Responders about that product, their statements indicated that blame probably should fall on EMPs:0522

“I proceeded to give Maydays on every channel. I had the mobile radio so I had every channel. I heard absolutely nothing. It was completely dead. … the silence, the eeriness of having no mobile communication with anything made me feel a little uneasy.”

“People were sharing cell phones to see if they could call. There were no signals. Nothing else like that.”

“I had a Motorola radio. I couldn’t get through to anybody….I was on EMS Citywide and I don’t know if my radio was clogged or the batteries [were at fault]. It could have been a hundred different things.”

There is eyewitness testimony saying the power to WTC 2 went off a second or two before WTC 2 began to come apart. I believe this is true and that it was done to isolate the WTC Towers from the power grid. Otherwise, they may have knocked out the power grid over a very large (multi-state) area. We can remember when a power surge knocked out the power grid for New York City and much of the northeast. So, I can’t imagine that a total destruction of a WTC tower in 10 seconds would not cause a problem.”

Extreme Heat in Ground Zero Cleanup


Another prime piece of evidence underpinning the nuclear theory is the extraordinary high temperatures (800-1,300º F) of the WTC’s surface heat after 9/11. It was recorded on September 16, 2001 by NASA’s thermal-sensitive cameras in aerial photographs shot at 6,500 feet. Those data were reflected in the unusually lengthy period—September 11 to December 19—it took for extinguishing the pools of molten metals in basement levels of all three skyscrapers. In fact, the hottest surface places recorded on the “Pile” by September 16 were WTC 1 (1,376º F), WTC 2 (1,1340º F), and WTC 7 (1160ºF).

If those temperatures did not indicate additional signs of a nuclear event, the below-surface readings assuredly did. Instead of heat subsiding within a week, as is generally the case for major fires, the astronomically elevated heat levels remained for three months. Cleanup vendor Bechtel Corporation—with 40 employees at the Pile—issued this comment about working conditions:

The debris pile at Ground Zero was always tremendously hot. Thermal measurements taken by helicopter each day showed underground temperatures ranging from 400ºF to more than 2,800ºF. The surface was so hot that standing too long in one spot softened (and even melted) the soles of our safety shoes. Steel toes would often heat up and become intolerable. This heat was also a concern for the search-and-rescue dogs used at the site. Many were not outfitted with protective booties. More than one suffered serious injuries and at least three died while working at Ground Zero.”

… the rubble pile was so hot in places that it melted the soles of boots. Work shoes with steel reinforcements in the soles and toes protected feet against punctures by sharp objects, but often could not be worn because they conducted and retained the heat, causing blistered or scorched feet. One special-operations member said, “Steel toes never break in. We’d all be sitting there at night bandaging up and everybody had the same blisters. It was related to wearing the steel toe for that duration”.

In two of the chief reactor accidents in history, that 2800ºF temperature was never attained. Windscale was 2,372ºF; Three-Mile Island was 2,012ºF. True, Chernobyl registered 4,172º F, but 14 days later dropped to 598ºF. The same rapid decline was reported for the other two other reactor disasters.

At the WTC, thermal energy vaporized the rubble—concrete, steel, glass, combustibles—and emitted aerosols of chromium, nickel and other metals elements directly related to radioactivity. It was those “volcanic temperatures” and the constant simmering pools of molten metal that could not be hidden from the public. Neither could daily changes of soil, nor hosing down the embers. These are well-known remedies for extinguishing fission’s chain reactions until their energy is expended and decay begins.

2490Trucks bearing rubble to New York City’s Fresh Kills dump did not carry “hot” residue. Like downtown streets, trucks were hosed down before leaving Ground Zero. The city’s WTC information website explained that the purpose was to reduce “dust” from construction materials, especially asbestos. Others believe the hosing was done chiefly to decontaminate radioactive rubble and soil loads. Some kind of chain reaction was ongoing at WTC “even after the energy field [was] removed.”

“The thermal energy available from the fuel on board each aircraft is minuscule in comparison with that required to melt the steel columns and raise the temperature of the rubble to the temperatures of 1000K [1,832ºF] recorded by the AVIRIS infra-red system at the surface, let alone the underground temperatures that were vapourising glass.

‘Cerenkov Radiation’

A highly visible signature of neutron fission is “Cerenkov Radiation” or “Cherenkov Light,” When escaping radiation particles—gamma rays—meet the atmosphere, they send up an eerie light-blue light ray nearly to outer space. The color stems from gamma particles moving more rapidly than the speed of light.

At Chernobyl, the chief mechanical engineer for Reactor No. 4 recalls the hypnotic power of Cerenkov Radiation. Minutes after the steam blew off the 2,000-ton concrete cover from the reactor, he stood for a few seconds in the road watching the death-dealing gamma rays rising from it:

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