By Lila Rajiva
reprinted from counterpunch
In the aftermath of a cataclysm like the Asian tsunami, speculation can run wild. Reserving judgment until we really know
what happened, here is a list of salient questions and answers that I,ve compiled from news reports, government and other
reliable sources.
Q: What set off the gigantic tsunamis that devastated coastal south-east Asia?
A: An undersea earthquake measuring 9.0 on the Richter scale with its epicenter about 160 km from the northern portion of
the island of Sumatra in Indonesia on Sunday, December 26.
Q: How soon after the quake did the tsunami hit?
A: The earthquake hit Indonesia at 6:58 a.m; the tsunami arrived as much as 2 1/2 hours later, without warning, suggesting
that it might not have been caused directly by the quake but by some other change triggered by the quake.
Q: How large was it?
A: It was the largest since the 9.2 quake in Prince William Sound in Alaska in 1964 and the 4th largest in the century. The
quake moved the entire island of Sumatra about 100 feet toward the southwest and even disturbed the Earth's rotation. It was
the first tsunami in the Indian Ocean since 1883. Waves of around 30-40 ft in height and even greater were widely reported.
Q: What caused the undersea earthquake?
A: Compression between the Indian and Burmese tectonic plates. Scientists believe that one plate that comprised the landmass
from India to Australia has broken up into two. The initial 8.9 eruption happened near the location of the meeting point of
the Australian, Indian and Burmese plates
Q: What made the plates shift?
A: It may have been set off by another quake of about 8.1 on the Richter scale on the other side of the plate about 900 km
SE of the coast of Tasmania on Thursday, December 24, which caused no serious damage however. The causal relationship is not
proved but the time sequence is striking and some seismologists have considered it quite possible.
Q: Were tsunamis expected from that earlier quake?
A: The U.S. government's Pacific Tsunami Warning Center said on its Web site that ``widely destructive'' tsunamis from the
quake were possible in the open ocean
Q: Have there been similar earthquakes set off the South East of Tasmania before?
A: Yes, in 1998 a very large earthquake occurred south of Australia and New Zealand, between Macquarie Island and Antarctica
on March 25 about 2,300 km south of Hobart in Tasmania, and 500 km north of the Antarctic coast
Q: Did this generate tsunamis?
A: Very large long-period surface waves were recorded in the hour after the earthquake.
Q: What connection if any is there between Tasmania and Antarctica?
A: Its capital Hobart on the South East coast is the base for the administration of Australia's Antarctic program. The
French regularly resupply their Antarctic base at Dumont d'Urville from the port, and American, Chinese, Russian and Italian
ice breakers regularly visit.. Through its exploratory, commercial and scientific associations with the sub-antarctic and
Antarctic regions, Hobart possibly enjoys a longer continuous Antarctic connection than any other spot on the planet.
Q: What are some other disturbances that can cause tsunamis?
A: Landslides or explosions such as underwater nuclear testing.
Q: Is underwater nuclear testing common?
A: Yes, The United States has conducted 1,054 tests of nuclear devices between July 16, 1945 and September 23, 1992. Before
1962, all the tests were atmospheric (on land or in the Pacific or Atlantic oceans) but overall the majority - 839 - were
underground tests. From 1966 to 1990, 167 French nuclear test explosions have been performed on two atolls in French
Polynesia, Morurua and Fangataua. Of the 167 tests, 44 were atmospheric. Atmospheric explosions were carried out until 1974,
but only underground tests after that. The underground tests have been conducted at the bottom of shafts bored 500-1200
meters into the basalt core of the atoll. Initially these shafts were drilled in the outer rim of the atoll. In 1981, most
likely due to the weakening of that rim, the tests with higher yields were shifted to shafts drilled under the lagoon itself.
Q: What are the effects of underwater nuclear testing?
A: To quote from a 1995 case brought against the French government, Case T-219/95 R, by Marie-Thérèse Danielsson, Pierre
Largenteau and Edwin Haoa, all residing in Tahiti, French Polynesia: "Short-term effects include geological damage and the
venting of gaseous and volatile fission products into the biosphere. Nuclear tests, the applicants say, can cause landslides
and did indeed cause a major underwater landslide at Mururoa in 1979, when a nuclear device was exploded after jamming
half-way down its shaft. Since the geology of Mururoa is already unstable due to large-scale fracturing caused by previous
tests, further major landslides are likely. Such landslides in the past have given rise to tsunamis causing coastal damage
in areas as far away as Pitcairn and Tahiti and endangering residences such as that of Ms. Danielsson. They can also release
radioactive material into the sea, with catastrophic effects on the food chain in an area such as French Polynesia where
fish is an important part of the diet.
Q: What were the effects of the Murarao landslide?
A: It shifted at least one million cubic meters of coral and rock and created a cavity, probably 140 meters in diameter and
produced a major tidal wave comparable to a tsunami, which spread through the Tuamotu Archipelago and injured people on the
southern part of Moruroa Atoll. French authorities initially denied that any mishap had occurred and declared that the tidal
wave was of natural origin, but in a publication in 1985 they did acknowledge "the accident of 25 July 1979".
Q: Can landslides create tsunamis?
A: Research on underwater landslides is new and it is only in recent years that the potentially catastrophic results of a
landslide have become known. Dr Summerhayes, Director of the Institute of Oceanographic Sciences in the United Kingdom, is
quoted in the Independent Newspaper on 9 September 1995 as saying that volcanic islands like Mururoa were:
"... inherently unstable and may fail given an appropriate trigger like an earthquake or a very large explosion. Failure is
likely to cause a giant submarine landslide which may demolish parts of the island and could create a tidal wave that may
itself damage coastal installations on other islands nearby."
Furthermore he stated that the creation of such a tidal wave was "a general threat to coasts as far away as New Zealand and
Australia."
Q: How predictable would earthquakes be in the region around Indonesia?
A: Indonesia, an archipelago of 17,000 islands, lies along the Pacific Ring of Fire where plate boundaries intersect and
volcanoes regularly erupt.
Q: How common are tsunamis in the Indian Ocean?
A: Tsunamis are rare in the Indian Ocean though there have been 7 records of tsunamis set off by earthquakes near Indonesia,
Pakistan and at the Bay of Bengal.
This is the first multi-ocean tsunami since Krakatau erupted in the nineteenth century.
Q: Is there a warning system for tsunamis in place?
A: An international system of buoys and monitoring stations " the Pacific Tsunami Warning Center based in Hawaii " spans the
Pacific, alerting nations there to any oncoming disasters. But no such system guards the Indian Ocean. Neither India or Sri
Lanka are part of the system and though Thailand is the south western coast does not have the system,s sensors floated on
buoys.
Q: Could the carnage have been avoided?
A: Much of this death and destruction could have been prevented with a simple system of buoys. Officials in Thailand and
Indonesia have said that an immediate public warning could have saved lives, but that they did not know about the danger
because there was no international system in place to track tsunamis in the Indian Ocean.
Q: How difficult would it have been to set up?
A: The detector buoys have been around for decades and the U.S. has had a monitoring system for more than half a century.
More than 50 seismometers dot the Northwest ready to monitor earthquakes that might cause tsunamis. There are 6 buoys in the
middle of the Pacific equipped with sensors called "tsunameters" that measure changes in water pressure and programmed to
alert the country's two tsunami-warning centers in Hawaii and Alaska. Dr. Eddie Bernard, director of the National Oceanic
and Atmospheric Administration. Pacific Marine Environmental Laboratory in Seattle, says just a few buoys could do the job.
Q: What held up putting a system in place?
A: Scientists wanted to place two more tsunami meters in the Indian Ocean, including one near Indonesia, but lacked funding,
said Bernard. The tsunameters each cost only $250,000.
Q: How soon did people know about the tsunami?
A: Within 15 minutes of the earthquake, scientists running the existing tsunami warning system for the Pacific sent an alert
from their Honolulu hub to 26 participating countries, including Thailand and Indonesia, that destructive waves might be
generated by the Sumatra tremors.
Q: Did anyone warn Indonesia or any other country?
A: "We put out a bulletin within 20 minutes, technically as fast as we could do it," says Jeff LaDouce of the NOOA. LaDouce
says e-mails were dispatched to Indonesian officials, but he doesn't know what happened to the information. Phone calls were
hurriedly made to countries in the Indian Ocean danger zone, Dr. Laura S. L. Kong, a Commerce Department seismologist and
director of the International Tsunami Information Center said, but not with the speed that comes from pre-established
emergency planning. Reportedly, NOOA didn,t know whom to contact.
Q: What responsibility do Asian governments have in the lack of preparedness?
A: At a meeting in June of the Intergovernmental Oceanographic Commission, a United Nations body, experts concluded that
the "Indian Ocean has a significant threat from both local and distant tsunamis" and should have a warning network but
India, Thailand, Malaysia and other countries in the region have "never shown the initiative to do anything," said Dr. Tad
Murty, an expert on the region's tsunamis who is affiliated with the University of Manitoba in Winnipeg. "There's no reason
for a single individual to get killed in a tsunami," he noted, "The waves are totally predictable. We have travel-time
charts covering all of the Indian Ocean. From where this earthquake happened to hit, the travel time for waves to hit the
tip of India was four hours. That's enough time for a warning. In Thailand, officials reportedly played down warnings afraid
that if there was a false alarm, tourism might be seriously damages as had happened once before.
Q: Were there any oddities about the quake besides this?
A: The quake was rated a 6.4 on the Richter scale according to an official at the Bureau of Meteorology and Geophysics in
Jakarta. But the U.S. Geological Survey measured the earthquake at a magnitude of 8.1. The assessment significantly
underestimated the size and impact of the quake.
Q: When were people in the affected regions warned?
A: Officials in Thailand issued the only warnings of the impending disaster, but broadcasts beamed to tourist resorts in the
country's south underestimated the threat and a Web site caution was not posted until three hours after the first waves hit.
Q: Was anyone warned in time at all?
A: Yes. The NOAA immediately warned the U.S. Naval Station at Diego Garcia, which suffered very little damage from the
tsunami. NOAA was able to get the warning to the US Navy base in the area, but says it was unable to contact the civil
authorities in the region to warn them.
Q: Was there any damage to Diego Garcia, the U.S. base in the Indian Ocean?
A: None, although Diego Garcia, the southernmost island of the Chagos Archipelag, lies about 1,000 miles south of India and
about 2,000 miles from the earthquake,s epicenter. Meanwhile, Somalia, nearly 3,000 from the earthquake,s center, reported
more than 100 deaths in coastal areas. A spokeswoman for the U.S. Geological Survey, said damage differs greatly because of
differences in the undersea topography. The numerous coral reefs may have dissipated some of the waves, impact on the
British-owned island, resulting in only a slightly elevated tide, hardly noticeable to residents
Q: Have tidal waves figured in weapons research?
A: Yes. Secret wartime experiments were conducted off the New Zealand coast to create a bomb that would trigger tidal waves,
according to government files declassified in Auckland. But the tsunami bomb was never fully tested and the war ended before
the project was completed. Its mastermind was Thomas Leech, an Australian professor who was the dean of engineering at
Auckland University from 1940 to 1950. He set off a series of underwater explosions that caused mini tidal waves at
Whangaparaoa, north of Auckland, in 1944 and 1945. Details of the research, known as Project Seal, are contained in
53- year-old documents released by the New Zealand Ministry of Foreign Affairs and Trade.
Q: Is it possible for a nuclear explosion to have triggered the Macquarie quake in some way and indirectly caused the
changes that led to the Sumatra quake and the Asian tsunami?
A: It is possible that a very large explosion might have triggered the first quake directly in some way or that repeated
prior testing could have induced changes that led to the quake indirectly, but research on the fall-out of nuclear testing
is so highly classified that little is known of the possible impact. The U.S. has not ratified the Comprehensive Test Ban
Treaty, leaving the door open to future U.S. testing despite an extended moratorium. There has already been a strong move
toward resumption of testing since 2002. Now earth-penetrating nukes (bunker busters) and mini-nukes might provide the
pretext.
Lila Rajiva is a free-lance journalist in the Baltimore area and the author of "The Language of Empire: Abu Ghraib and the
American Media," to be released by Monthly Review Press in 2005 Spring. She can be reached at: lrajiva@hotmail.co
Tsunami: Could more Sophiscated Weapons be the Cause?
reprinted from: earthchangestv.com
The use of electro-magnetic weapons as opposed to nuclear weapons could account for the lack of radioactive readings at the epicenter
The Gandor Crash
From: "Tom Bearden"
Subject: Your Commentary on the Arrow DC-8
To: Russell Wangersky
Assignment Editor
Newfoundland & Labrador Telegram
(709) 748-0826
rwanger@thetelegram.com
Dear Russell,
A correspondent sent me a copy of
your article on the Arrow DC-8 incident at Gander, and then I checked it at The Telegram
Online.
Not too bad an article, though a little tongue-in-the-cheek, perhaps. But if you really wanted to know what I write or
state happened to the Arrow, and the direct indications of it, you really should have called me up and asked me.
A little hard electromagnetics knowledge greater than the standard model U(1) theory and ordinary electrical engineering
might be interesting to you, since such has definitely not been applied by the Canadian Transportation Safety Board in
investigating the Arrow DC-8 incident.
Here's a direct quotation from the U.S. Secretary of Defense, dealing with the very kind of electromagnetic weapons that
you thought was a conspiratorial notion of mine when I wrote about them openly. Feel free to check the reference; it's in
the official transcript as cited.
"Others [terrorists] are engaging even in an eco-type of terrorism whereby they can alter the climate, set off earthquakes,
volcanoes remotely through the use of electromagnetic waves... So there are plenty of ingenious minds out there that are at
work finding ways in which they can wreak terror upon other nations...It's real, and that's the reason why we have to
intensify our [counterterrorism] efforts."
Secretary of Defense William Cohen at an April 1997 counterterrorism conference sponsored by former Senator Sam Nunn. Quoted
from DoD News Briefing, Secretary of Defense William S. Cohen, Q&A at the Conference on Terrorism, Weapons of Mass
Destruction, and U.S. Strategy, University of Georgia, Athens, Apr. 28, 1997.
In other words, these weapons existed in 1985 and were used to
kill the Arrow DC-8 with 248 U.S.
soldiers on board,
returning from their peace-keeping duties in the MidEast, as well as the on-board crewmembers.
Note that the Secretary did not speak the words in the square brackets of the quotation. Those words were inserted after
his speech to perhaps tone the tenor down a bit. These weapons he referred to are more general, strategic weapons and they
have been on site in Russia since 1963. They were tested worldwide in various incidents in the late 1950s and early 1960s,
and are the weapons that Khrushchev referred to, in speaking to the Presidium in January 1960. They are not some little
hand-held devices by terrorists. You cannot change the climate or initiate volcano eruptions or generate earthquakes by
such little "ordinary" laser devices, etc. If you wish to initiate a volcano, e.g., you are going to have to get the excess
energy down into the rocks beneath the earth, to where the volcano is still active, but just not breaching its channel on up
to the surface and so dormant. None of your radar engineers, directed energy weapons fellows, local university professors,
etc. can build EM systems that do that. Try it and see.
Unfortunately, since the news media were so terribly concerned with the Clinton-Lewinsky scandal at the time (April 1997)
that Secretary Cohen confirmed the weapons, not a single newsman or reporter there on the scene where this statement was
made, even reacted to the first open confirmation of these weapons by a high U.S. official. Not one. Obviously not a
titillating scandal sort of thing for the journalists.
In short, Russell, the Secretary of Defense of the United States confirmed that there are indeed novel kinds of EM weapons,
right now and have been for some time, which have been and are being used to
(1) initiate earthquakes,
(2) engineer the
weather and climate, and (3) initiate the eruption of volcanoes. We wrote about those exact uses of the weaponry
decades
ago. Several nations now have such weapons. Three of them (two on one side and the other on a hostile side) are even
firing practice shots into Western Australia, as a convenient test range.
If one can build weapons that do those things the Secretary confirmed, they can jolly well shoot down aircraft with ease.
And yes, destroy the U.S.S. Thresher with ease, which they did.
Further, we wrote of scalar interferometry, which actually uses longitudinal EM wave transmitters to do the interferometry.
But as we shall mention, the LWs are always accompanied by exactly one-to-one correlated time-polarized EM longitudinal
waves in the time domain. Don't worry, the time-polarized EM wave does appear in quantum field theory, which is perhaps our
most successful modern theory. It's just that Western scientists are only just now learning how to make longitudinal EM
waves, and have not yet learned how to make the time-polarized EM waves. Actually they don't have to make them; they get
them for free whenever they make a good longitudinal EM wave.
Two weeks before the Russian scalar interferometer weapon killed the Arrow DC-8, in late November 1985 that same Russian
weapon was practicing against convenient U.S. shuttle launches at Cape Canaveral, Florida, for crew training, and was
offsetting the strike of the resulting electromagnetic missile formed to do the dirty work (final kill) so it would not hit
the shuttle and kill it. I obtained the rights to a photograph taken by Bob Gladwin of the actual strike of that EM
missile, offset from that night shuttle launch in latter Nov. 1985, and published that photograph openly.
I attach a
picture of that photograph. In other words, I published the smoking gun, not idle speculation.
In the sky above the shuttle launch at Cape Canaveral that night was another little stationary EM missile (ball of EM
energy, glowing) used as a known registration point. The Russians were using a standard artillery firing technique: shift
from a known registration point. As an old field artilleryman, I had no difficulty whatsoever in recognizing that familiar
type of artillery registration and how the shooting was being conducted and why. Hundreds of persons in that area in
Florida that night observed that latter "registration point" ball of light high above the shuttle launch. I also obtained
the rights to a photo of that ball of light as the distant operator slew it away. I bought it from George Suchary, the
photographer who took it, and published it as well. I also include a snapshot of it. Further, that photo (by George
Suchary) was also published in the Fort Pierce Tribune in Florida. Check it out. This is about two weeks before the Arrow
DC-8 was killed at Gander. The Russian crews were practicing even then.
Two weeks later, that same Russian longitudinal EM interferometer weapon that had been doing its final crew training and
firing practice against U.S. shuttle launches in latter Nov., killed the Arrow DC-8 at Gander on Dec. 12, 1985.
We also published the fact that, courtesy of British intelligence, a Western spy in a secret meeting of the Communist
Parties of Europe in Prague, in 1975, chaired by Brezhnev, had something significant that later was to bear on the year
1985, when the Arrow was killed. Therein 1975 Brezhnev actually named the year, 1985, that the Russians expected to be
able to move anywhere in the world they wished, control the airspace over the ocean and over much of the land, etc. So 1985
was a "watershed" year in which the Soviets planned to be ready to do whatever they might wish. They made that schedule,
and the Arrow DC-8 was just one of the tests conducted in 1985. They had to "kill" something, however, to prove the final
milestone for the 1985 success of the schedule. The Gander incident was the demonstration that the milestone had been
successfully met. The tests then continued on into 1986 and especially Spring of 1986, as I previously wrote. Two other
kills were a Titan ICBM fired from Vandenberg AFB, and a picture of that explosion is also published in Aviation Week &
Space Technology. There are two of the photos, one cropped to simulate close-up, and one the original shot from further
back where you can see above the explosion which is well-developed. There about an inch above that explosion is that little
tell-tale "registration point" ball of light. Check it out.
I had an engineer friend at NBC in Los Angeles study that videotape, frame by frame. That little ball of light appeared in
17 frames, and moved off completely independently of the explosion. There were no "bogies on the range" at Vandenberg AFB
when the Titan was launched. Again, we had the smoking gun. The kill was simple, very similar to the kill of the U.S.S.
Thresher. Just surge the rising missile with some EM energy appearing in the missile right out of the local spacetime.
That explodes the propellant all-at-once, hence the missile explosion. That was the test of an interferometer used in a
launch-phase ABM defense system mode. The Arrow DC-8 was a simulated test of the launch-phase anti-nuclear-bomber mode,
where the bomber is killed on the runway or just at or shortly after take-off.
Further, at Gander on Dec. 12th, a Canadian eyewitness, Judy Parsons, physically saw the actual strike of the EM missile, as
a streak of light that came out of the clouds and struck the aircraft just at or after its liftoff, hitting it in the right
fuselage ahead of the wing and engines. A picture of the hole burned right through the fuselage of the aircraft was
published in Aviation Week & Space Technology -- check it out. The edges of the holes were tested and there were no
explosives residues there. Further, the recorders on board the aircraft, on two separate channels, were "pulsed" by that EM
missile strike, precisely at the same time, and thus
recorded the sudden anomalous voltage pulse resulting from a strong EM
anomaly that had struck the aircraft. Again, go check it out on the recorder prints themselves. Don't just write about it
from afar, but be an investigative reporter.
Further, the EM ball of energy explosively entered the forward cabin very energetically. It explosively and instantly
massively ignited the plastic material in the forward cabin, zipping around furiously in there. The plastics explosively
outgassed -- one product being hydrogen cyanide. A few breaths and any and all in that area were either dead of cyanide
poisoning or were dying of it. Autopsies of the bodies later showed that about half the personnel on the aircraft were in
fact dead of hydrogen cyanide poisoning prior to the crash and explosion of the aircraft. That information, however, seems
to have been withheld from the Canadian Transportation Safety Board. Again, go check it out.
How many aircraft that have been destroyed by terrorist bombs worldwide, have showed that half the dead personnel died of
hydrogen cyanide poisoning before the explosion or destruction of the aircraft? Again, go check it out, don't just sit in
your chair and write.
The rigorous scientific proof of scalar interferometry is contained in a paper by Myron W. Evans, P.K. Anastasovski, T.E.
Bearden et al. (some 15 authors), "On Whittaker's Representation of the Electromagnetic Entity in Vacuo, Part V: The
Production of Transverse Fields and Energy by Scalar Interferometry," Journal of New Energy, 4(3), Winter, 1999, p. 76-78.
If you will check, you will find that Evans is a world-class theorist and has over 600 papers in the hard science
literature, is also the prestigious editor of scientific books and series as part of the series by Nobelist Prigogine for
Wiley, etc. Many others of the 15 or so authors are also recognized and even prestigious scientists. So the referenced
paper is of very high scientific quality. It's for real. The AIAS group that published this referenced paper also has many
other scientific publications in higher symmetry electrodynamics (far beyond the ordinary electrical engineering and radar
engineering!) in leading journals such as Foundations of Physics,
Physica Scripta, Optik, etc. Again, go check it out.
This is physics. Simply check the citations in the literature under those names. Then decide whether this is an idle
conspiracy theory or not.
By biasing the transmitter chassis grounds either highly positive or highly negative, the hostile interferometer weapon can
control whether diverging (scattering, hence heating) EM energy or converging (cooling) EM energy is produced in the
distant interference zone. In the Arrow case, the same weapon was used in two modes and switched abruptly between the
modes. First, converging energy was produced inside the combustion chambers of the engines. Note that this EM energy arises
right out of the local spacetime, from "inside" the system and proceeding toward the outside. It does not "propagate
through 3-space" in the normal sense, or like normal EM waves, from "outside" to "inside" if it can get there. It starts in
the inside already.
As we stated, this is not your usual electrical engineering! The electrical engineers at your local university will not
have the foggiest notion of what we are saying, or that what we are saying is already rigorously proven. But if you really
wish to know what killed the Arrow, you are going to have to get into something that your local university professor
probably does not even know. He does not design and build longitudinal EM wave interferometers.
The emerging convergent (cooling) energy in the jet engine gases cooled the combustion, hence reduced the thrust of the
engines although the turbines were turning at normal speed. Now what is important in aircraft lift is the ratio of thrust
per weight. If for a given thrust the weight is increased (such as in heavy icing), then the thrust per weight ratio is
reduced as is well-known and recognized. On the other hand, if there is no increase in weight but the thrust is reduced by
engine combustion cooling, the thrust per weight ratio is reduced also. This latter method of reducing aircraft lift does
not appear in the checksheets of the investigative boards in either Canada or the United States, because they know nothing
of longitudinal EM wave interferometry. Those Investigative Boards know nothing about longitudinal EM wave interferometry,
exothermic and endothermic modes, etc.
Nonetheless, a previous test of this capability had been conducted
earlier that year, by flaming out the engines one-by-one
of a jetliner heading back to Los Angeles over the northern route. The aircraft fell some 30,000 feet before the pilot
managed to restart the engines, turn and limp into San Francisco and land as a emergency measure. A major signature that
spacetime curvature was involved, occurred on that aircraft, and was completely unrecognized by the investigators (whose
electrical expertise is essentially confined to electrical engineering, radar, communications, etc.). That incident made the
international headlines and news, so you should be able to check it out easily.
In the Arrow DC-8 incident, check the
results of analysis of the recorder channels. As the pilot lifted off, he instantly
felt the reduced lift, and knew that he had a serious problem because the aircraft was not lifting as it should. He
apparently recognized how serious this was, and started to turn to the right, probably to come back around and land again
and get the aircraft rechecked. The aircraft had been de-iced and it was checked again for ice before take-off. It was
not iced, in spite of the official board "finding" when half the members of the board --those dissenting -- were
conveniently absent. At that moment when the pilot just started his right turn, the distant operators switched the
interferometer chassis grounds to "hot" mode potentials, narrowed the beaming (this is not propagating through space as is
normally modeled in ordinary electrodynamics, but is propagating "inside" the great electrostatic scalar potential that is
the active vacuum and decomposes into
bidirectional longitudinal EM waves by Whittaker' 1903 decomposition).
You will be hard put to find a Canadian or U.S. professor who has really read and studied that 1903 Whittaker paper. Mass
is also mostly empty space filled with EM fields, potentials, and waves (all of which are just bundles of EM longitudinal
waves and their dynamics, as shown by combining Whittaker's 1903 and 1904 work in two papers). So there is a vast "new"
kind of electromagnetics infolded inside all our normal EM waves, potentials, and fields. That is rigorous and now
established, though hardly known.
So Longitudinal EM waves are free to propagate "inside" and "through" the interior (a sort of "subspace" inside) of normal
EM waves, potentials, and fields. Thus both intervening space and mass (mass is mostly empty space filled with EM
potentials, waves, and fields!) are great superhighways of huge bundles of longitudinal EM waves (subspace) through which
one can readily pass additional longitudinal EM waves at will.
Stick around; a friend and close colleague has invented a communications system using that infolded longitudinal EM inside
normal fields, waves, and potentials. He has demonstrated superluminal communication inside DC potentials, including both
black and white and color TV signals, and has unlimited bandwidth. His work is being licensed by several major
communications companies of the world, and will just quietly start appearing in equipment in the market place. Bandwidth is
the awful millstone around the big communications systems' necks, and my colleague has the answer to that problem. You will
see those systems emerging before the end of this year. You can count on it.
In its changed mode at Gander, the sharply narrowed interferometer beams were used to produce -- well above and off to the
right side of the aircraft -- a very hot little ball of EM energy a few inches in diameter. Then the distant operator simply
moved this "EM missile" sharply down to coincide in position with the lifting Arrow aircraft just beginning its turn to the
right. Rather like placing one's range tracking cursor over the target. The EM missile struck the aircraft in the right
forward fuselage as stated, with the results as stated. With half the personnel dead and dying of cyanide poisoning in
seconds, the stricken craft sank, still tail-down, and struck the ground and exploded, killing all on board.
It doesn't end there.
At the time, the National Security Council of the United States was engaged in a blatantly illegal and criminal clandestine
business, the Iran-Contra affair, which had not yet been openly exposed. The NSC itself apparently suspected that an Arab
terrorist bomb was what did the Arrow DC-8 in. To the NSC, the most important thing was not to have a finding of Arab
terrorist bomb, else the hue and cry from the American public and subsequent necessary extensive investigations by several
agencies would likely uncover Iran-Contra. I point out that the Iran-Contra was felonious, not a misdemeanor, and literally
was high crimes in high places. So yes, we really are pointing out a criminal conspiracy also involved in the Arrow DC-8
affair. And it really was there as stated, and Iran-Contra really was later forced into the open.
So the U.S. placed great pressure on the Canadian government to get its Arrow investigation finished quickly and have a
finding of de-icing. Now perhaps one can understand why the Board hastily published a report when about half its members --
conveniently the dissenters -- were absent. Eyewitnesses who actually saw the streak-down of the EM missile with their own
eyes, and saw it physically strike the aircraft, were not allowed to testify to the Canadian board, and the board did not
see their eye witness written testimony either. A high ranking American officer arrived on site, and seemed most anxious
for the site to be quickly bulldozed over. The Canadian board split on its finding, and the "official" finding was quickly
published only when the dissenting members were physically absent. And so on. Yep, there was a conspiracy all right -- to
prevent the Iran-Contra affair from being smoked out in the open.
It doesn't end there.
When a physical system such as an aircraft is struck by such an EM missile formed out of locally curved spacetime, the
energy -- as we stated -- arises from everywhere within that local ST and goes outward (for diverging energy mode). We have
a completely different EM nuclear reaction set, than anything that presently appears in particle physics, because they
simply do not consider "inside out" EM energy propagation and interactions with the quarks and gluons inside the nucleons.
Hence where the EM missile strikes and penetrates the metal, there is a most unique nuclear interaction that does not and
cannot occur with normal EM transverse wave weapons which propagate their energy beams through space normally, and thus
from "outside" to "inside". In the LW interferometry case, the energy arises from within the atoms -- even within the
nucleons themselves -- and proceeds outside the nuclei, atoms, etc. In short, it interacts first with the gluons and
quarks, etc. in the nucleons of the struck material. The result is that a quark can be flipped easily by this kind of
different "inside to outside" excitation. The result of quark flipping is to change the isotope of struck metal by changing
a neutron into a proton or vice versa.
There is one new isotope of Aluminum that can be and is formed that way, that is also long-term weakly radioactive. Hence
it persists in the struck metal for years. Therefore a rigorous measurement of the exact isotopic constitution of the
aluminum in the exact struck material will show an isotope constituency that differs from that in the rest of the aircraft
aluminum. Mass spectrometry can reveal the isotopic composition change. If this kind of test finds that isotopic change,
then that is 100% proof that a scalar interferometer hit that target at that point, since directed energy weapons of normal
kind do not change the isotopic constitution of the aluminum. Lasers and ordinary directed energy weapons do not have such
an effect, because there is no "inside to outside" energy in them. Also, ordinary explosions do not cause such isotopic
change of the aluminum.
Such a test, of course, was not conducted upon the Arrow, and to my knowledge has not been conducted on other aircraft also
shot down -- over the U.S. or Canada or close to them -- by foreign longitudinal EM wave interferometers.
It still does not end there.
When an LW interferometer makes a violent strike on a target with an EM missile in that fashion, there is another effect.
Without going into the physics (the AIAS has several published papers related to this in refereed journals), there is a kind
of electrical charge that occurs in the time-domain. Before your normal EEs foam at the mouth, let me call your attention
to the various polarizations of the photon in quantum field theory. One of the polarizations is called the "time-polarized"
or "scalar" photon. That photon's energy is not oscillating in 3-space at all. Instead, it is oscillating in the
time-domain. That is physics, go check it out. It isn't in normal electrical engineering or radar engineering or normal
communications theory at all. Many physics professors are only dimly aware of it. The AIAS also has papers clearly showing
the EM longitudinal energy waves and currents in the time domain. So one can electromagnetically charge (excite) a mass in
the time-energy domain as well as in the more conventional 3-space energy domain. It's a fact, but your radar engineers and
EEs do not know it, and very few university professors would be aware of it. Nonetheless it is true.
As contained in work we have recently published, with every longitudinally polarized EM wave there is an accompanying
time-domain (time-polarized) EM wave as well, but in 4-space since it is in the time-domain. So a very abrupt and powerful
strike by longitudinal EM waves is also a very powerful and abrupt strike by the accompanying EM wave energy in the time
domain. The result is to "time-domain" charge (rather instantly) the struck masses. Note that time-energy is highly
compressed EM spatial energy, compressed by the factor c-squared. Hence time-energy has the same energy density as
mass-energy. A little time-charge has a lot of EM energy in it, if the energy is released in expanded spatial energy form,
which is what happens when time-charges slowly decay. So these "time-charged" masses then slowly decay and emit
longitudinal EM waves for some time thereafter, as the "time-charge" slowly decays away over a period of time.
The human body (particularly the cellular regeneration system, which is "peculiar electromagnetics" in nature) does use this
higher symmetry kind of electrodynamics, in cellular control, control of the immune system and cells, and control of
cellular functioning and healing. Exposure of the living body to significant LW EM radiation will interfere with these body
functions. After a bit of time, all sorts of symptoms will emerge in the LW-irradiated and exposed bodies: the symptoms
include headaches, nausea, dizziness, stomach and intestinal difficulties, weakness, loss or upset of equilibrium, arthritic
symptoms, excess fatigue syndrome, various chronic pains and aches, rashes, etc. Fairly significant exposure to LW EM
radiation over some hours will usually generate long-lasting symptoms and even long-lasting debilitation.
Some 60 of the Canadian ground handlers engaged in wreckage retrieval at Gander, were exposed to such longitudinal EM
emission from the wreckage. These handlers came down with the appropriate symptoms, many were debilitated, and some perhaps
long-term debilitated. Check it out. That does not and cannot happen in retrieval of normal wreckage with no excess
longitudinal EM radiation. It cannot happen in retrieval of the wreckage of an aircraft struck by a terrorist bomb of
normal explosives such as C-4. It can only happen where those ground-handlers have significant LW EM radiation exposure.
Some aggravation by smoke inhalation etc. was also probably present.
So try to find an ordinary aircraft wreck where five dozen ground handlers all came down with symptoms of excess
longitudinal EM wave irradiation. It doesn't exist.
Also be advised that most major weapon labs in the world now have at long last discovered longitudinal EM waves and related
impure longitudinal EM waves with some transverse EM wave residues. Such impure longitudinal EM waves are called
"Undistorted Progressive Waves", or UPWs for short. E.g., get on the Los Alamos National Laboratory web site, and download
some papers on "undistorted progressive waves" etc by Rodrigues, Liu, etc. You may be surprised to see what astounding
characteristics such waves (longitudinal waves that are impure and still have some transverse EM wave residues) exhibit.
Such as traveling faster than the speed of light or slower than the speed of light.
The continually advancing field of electrodynamics does encompass a great number of things that probably are not yet being
taught at your favorite university! Further, the things taught at university as "Maxwell's equations" are not such at all;
not a single one of those ever appeared in any paper or book by James Clerk Maxwell. Instead, those are Heaviside's
reinterpretation of a small subset of Maxwell's theory. Maxwell's actual theory is some 20 quaternion equations in 20
unknowns. Only a tiny, highly restricted subset is available to the electrical engineers, radar engineers, communication
engineers, etc. Quoting a very fine electrodynamicist:
"[T]he A field [for the potentials] was banished from playing the central role in Maxwell's theory and relegated to being a
mathematical (but not physical) auxiliary. This banishment took place during the interpretation of Maxwell's theory... by
Heaviside... and Hertz. The 'Maxwell theory' and 'Maxwell's equations' we know today are really the interpretation of
Heaviside... Heaviside took the 20 equations of Maxwell and reduced them to the four now known as "Maxwell's equations."
[Terence W. Barrett, "Electromagnetic Phenomena Not Explained by Maxwell's Equations," A. Lakhtakia, ed., Essays on the
Formal Aspects of Electromagnetics Theory, World Scientific Publishing, River Edge, NJ, 1993, p. 11 and generally p. 6-86.].
As another good electrodynamicist put it:
"James Clerk Maxwell originally enunciated his theory in 1864 in a memoir entitled 'A dynamical theory of the
electromagnetic field'. ...However, it was Oliver Heaviside who first expressed them in the form that we know today in the
Philosophical Magazine, February 1888. The striking proof of the importance of Maxwell's theory was given by Heinrich
Rudolf Hertz in 1888 when he actually produced electromagnetic waves and effectively measured their speed of propagation,
which came out equal to light speed in vacuum. This directly confirmed Maxwell's hypothesis concerning the existence of
electromagnetic waves." [Patrick Cornille, "Inhomogeneous waves and Maxwell's equations," Essays on the formal Aspects of
Electromagnetic Theory, Ed. A. Lakhtakia, World Scientific, 1993, p. 138.].
Anyway, perhaps that gives you an inkling of what happened to "Maxwell's real theory". Only a small subset is taught in
universities, except in very few cases. You can do lots of things in Maxwell's quaternion theory than you cannot do at all
in the highly truncated standard tensor and vector Heaviside theory taught at university. Even so, you do not get the
"infolded" electrodynamics unless you apply Whittaker's decompositions.
Whittaker's second (1904) paper initiated the branch
of electrodynamics called superpotential theory. The 1903 paper, which is necessary in combination with the 1904 paper to
arrive at the "infolded" electrodynamics, was resoundingly ignored by almost all electrodynamicists and physicists, even to
the present day. Those two references are:
E. T. Whittaker, "On the Partial Differential Equations of Mathematical Physics," Mathematische Annalen, Vol. 57, 1903, p.
333-355; ------- "On an Expression of the Electromagnetic Field Due to Electrons by Means of Two Scalar Potential
Functions," Proc. Lond. Math. Soc., Series 2, Vol. 1, 1904, p. 367-372. The latter paper was published in 1904 and orally
delivered in 1903.
We call attention to the fact that there are hundreds of incidents of the testing of Russian longitudinal EM wave
interferometers worldwide, and one can easily gather them from the open literature by their "signatures".
So I would encourage you to be serious about what has been a deadly threat to Canada and to the United States for some
decades. And believe then U.S. Secretary of Defense Cohen when he confirmed that some very unusual electromagnetic weapons
do exist and are being used against us.
Here's how you initiate a very large earthquake with such weapons. Take a convenient fault zone of set of them. Focus the
interferometry on the fault zone, in the "diverging" mode, and deposit EM energy there in the rocks on both sides,
increasing (slowly) the stress in the rocks by the reverse piezoelectric effect (deposit excess energy, get crystal
mechanical movements). Do it slowly, and the stress will build up to large pressures well-above a plate slip minimum energy
required. At some point, the rocks yield and one or both sides "slip" and move rather sharply, giving a very large
earthquake in that zone. Do the same thing down in the earth (remember, LWs easily penetrate right through the earth and
ocean at will, and so the "interference zone" focus can be inside the earth or beneath the ocean, at will.
Anyway, focus this thing down to where the active part of the volcano is still slumbering, down where the hole in the plate
has been made. Keep increasing the deposition of energy in the magma itself, and eventually the increasing pressure from
deep within that volcano, underground, will cause an eruption. Build the energy slow, and the eruption will likely be much
larger.
Engineering the weather is duck soup; they tested that over the U.S. in 1967, and entered upon continuing operations over
North America on July 4, 1976 as a grim kind of KGB "Bicentennial Gift" to the United States. Here's how it is done with
several interferometers.
First, the interferometers can deliberately make
"high pressure areas" (cool the air so it shrinks and its "footprint"
pressure on the ground increases because its density increases) and
"low pressure areas" (heat the air so that expands and
its "footprint" pressure on the ground decreases because its density decreases). Well, if one makes the highs and lows
where one wishes them, and judiciously and somewhat slowly moves them along a given path, these highs and lows will entrain
the jet streams and thus "steer" the weather.
So if you wish a very cold snap or attack, go up into Canada and start these actions to steer down some streams that bring
some very frigid air. Establish other highs and lows judiciously to "block" or "slow" other jet streams and flows as
desired. In this way, one can pull the "large cold air masses coming down from Canada" deep into the southern U.S. at
will. They do it regularly. If you wish an ice storm, add an additional current of warm moist air you bring up (steer up
by using artificial highs and lows) from the ocean. Where they meet, you will get freezing rain, then sleet, then severe
icing accumulating. This type of attack does rather large damage to the struck area.
There are many other things and incidents of use of these weapons that have occurred. However, this should give you the gist
of what really happened at Gander on Dec. 12, 1985.
The "lights in the sky" are often used in an area to stimulate public reactions of "UFOs sighted" etc. E.g., check the
sightings of such surrounding the kill of the TWA-800. Also check the incidents of deliberate "balls of light" moved along
in the same area a few months later, so that airliner crews would spot them and report them. These were stimuli to see if
the official system recognized what was going on. They didn't.
Just as the officials up there in Canada did not recognize what went on in the kill of the Arrow DC-8 there at Gander.
Best wishes,
Tom Bearden, Ph.D.
Lieutenant Colonel, U.S. Army (Retired)
Fellow Emeritus, Alpha Foundation's Institute for Advanced Study (AIAS)
US nuclear sub runs aground near Guam
...A US nuclear attack submarine ran aground south of the Pacific island of Guam on Saturday, injuring several people aboard
but not damaging its reactor plant, the US Navy has said.
US had advance warning of tsunami: Canadian professor
By Khalid Hasan
reprinted from Daily Times Online Edition
WASHINGTON: A Canadian expert has claimed that the US Military and the State Department were given advance tsunami
warning and America’s Navy base on the island of Diego Garcia in the Indian Ocean was notified but the information was not
passed on to the countries that bore the brunt of the disaster.
Prof. Michel Chossudovsky of the University of Ottawa asks in an analysis produced for the Venus Project why fishermen in
India, Sri Lanka and Thailand were not provided with the same warnings as the US Navy and the US State Department. He wants
to know why the US State Department remained mum on the existence of an impending catastrophe. With a modern communications
system, why did the information not get out? By email, telephone, fax, satellite TV, he asks, as it could have saved the
lives of hundreds of thousands of people.
Prof Chossudovsky writes that the US authorities had initially recorded 8.0 on the Richter scale. As confirmed by several
reports, US scientists in Hawaii, had advanced knowledge regarding an impending catastrophe, but failed to contact their
Asian counterparts. According to him, Charles McCreery of the Pacific Warning Centre in Hawaii confirmed that his team tried
desperately to get in touch with his counterparts in Asia. According to McCreery, the director of the National Oceanic and
Atmospheric Administration’s centre in Honolulu, the team did its utmost to contact the countries.
The team contacted the US State Department, which apparently contacted the Asian governments. The Indian government has
confirmed that no such warning was received. The Director of the Hawaii Warning Centre stated that “they did not know” that
the earthquake would generate a deadly tidal wave until it had hit Sri Lanka, more than one and a half hours later, at 2.30
GMT. “Not until the deadly wave hit Sri Lanka and the scientists in Honolulu saw news reports of the damage there did they
recognise what was happening. Then we knew there was something moving across the Indian Ocean,” McCreery told the New York
Times on 27 December. “This statement is at odds with the Timeline of the tidal wave disaster. Thailand was hit almost an
hour before Sri Lanka and the news reports were already out. Surely, these reports out of Thailand were known to the
scientists in Hawaii, not to mention the office of Sec. Colin Powell, well before the tidal wave reached Sri Lanka,” argues
the Canadian professor.
“We wanted to try to do something, but without a plan in place then, it was not an effective way to issue a warning, or to
have it acted upon,” Dr. McCreery said. “There would have still been some time - not a lot of time, but some time - if there
was something that could be done in Madagascar, or on the coast of Africa,” he added. The Canadian academic finds the
statement “inconsistent.” The tidal wave, he argues, reached the East African coastline several hours after it reached The
Maldives islands. According to news reports, Male, the capital of the Maldives was hit three hours after the earthquake, at
approximately 4.00 GMT. By that time everybody around the world knew.
Prof. Chossudovsky writes, “It is worth noting that the US Navy was fully aware of the deadly tidal wave, because the Navy
was on the Pacific Warning Centre’s list of contacts. Moreover, America’s strategic Naval base on the island of Diego Garcia
had also been notified. Although directly in the path of the tidal wave, the Diego Garcia military base reported ‘no
damage’,” All that was needed was for someone to pick up the phone and call Sri Lanka, he adds. Charles McCreery, director
of the Pacific Tsunami Warning Centre, said, “We don’t have contacts in our address book for anybody in that part of the
world.” The fact is that only after the first waves hit Sri Lanka did workers at National Oceanic and Atmospheric
Administration’s Pacific Tsunami Warning Centre and others in Hawaii start making phone calls to US diplomats in Madagascar
and Mauritius in an attempt to head off further disaster. “We didn’t have a contact in place where you could just pick up
the phone,” Dolores Clark, spokeswoman for the International Tsunami Information Centre in Hawaii has said. “We were starting
from scratch.”
Prof. Chossudovsky argues that these statements on the surface are inconsistent, since several Indian Ocean Asian countries
are in fact members of the Tsunami Warning System. There are 26 member countries of the International Coordination Group for
the Tsunami Warning System, including Thailand, Singapore and Indonesia. All these countries would normally be in the
address book of the PTWC, which works in close coordination with its sister organisation the ICGTWS, which has its offices
in Honolulu at the headquarters of the National Weather Service Pacific Region Headquarters in downtown Honolulu. The
mandate of the ICGTWS is to “assist member states in establishing national warning systems, and makes information available
on current technologies for tsunami warning systems.”
Australia and Indonesia were notified. The US Congress is to investigate why the US government did not notify all the Indian
Ocean nations in the affected area: “Only two countries in the affected region, Indonesia and Australia, received the
warning” Although Thailand belongs to the international tsunami-warning network, its west coast does not have the system’s
wave sensors mounted on ocean buoys. The northern tip of the earthquake fault is located near the Andaman and Nicobar
Islands, and tsunamis appear to have rushed eastward toward the Thai resort of Phuket. “They had no tidal gauges and they
had no warning,” said Waverly Person, a geophysicist at the National Earthquake Information Centre in Golden, Colorado,
which monitors seismic activity worldwide. “There are no buoys in the Indian Ocean and that’s where this tsunami occurred.
Prof. Chossudovsky has framed the following three questions: First: Why were the Indian Ocean countries’ governments not
informed? Were there “guidelines” from the US military or the State Department regarding the release of an advanced warning?
According to the statement of the Hawaii based PTWC, advanced warning was released but on a selective basis. Indonesia was
already hit, so the warning was in any event redundant and Australia was several thousand miles from the epicentre of the
earthquake and was, therefore, under no immediate threat. Two: Did US authorities monitoring seismographic data have knowledge of the earthquake prior to its actual occurrence at 00.57 GMT on the 26th of December? The question is whether there were indications of abnormal seismic activity prior to 01.00 GMT on the 26th of December. The US Geological Survey confirmed that the earthquake which triggered the tidal wave measured 9.0 on the Richter scale and was the fourth largest quake since 1900. In such cases, one would expect evidence of abnormal seismic activity before the actual occurrence of a major earthquake. Three: Why is the US military Calling the Shots on Humanitarian Relief? Why in the wake of the disaster, is the US military (rather than civilian humanitarian/aid organizations operating under UN auspices) taking a lead role? The US Pacific Command has been designated to coordinate the channeling of emergency relief? Marine Corps Lt. Gen. Rusty Blackman, commander of the 3rd Marine Expeditionary Force based in Okinawa, has been designated to lead the emergency relief programme. Lieutenant General Blackman was previously
Chief of Staff for Coalition Forces Land Component Command, responsible for leading the Marines into Baghdad during
“Operation Iraqi Freedom.” Three “Marine disaster relief assessment teams” under Blackman’s command have been sent to
Thailand, Sri Lanka and Indonesia. US military aircraft are conducting observation missions.
Prof. Chossudovsky writes, “In a bitter irony, part of this operation is being coordinated out of America’s Naval base in
Diego Garcia, which was not struck by the tidal wave. Meanwhile, USS Abraham Lincoln carrier strike group, which was in Hong
Kong when the earthquake and tsunamis struck, has been diverted to the Gulf of Thailand to support recovery operations. Two
Aircraft Carriers have been sent to the region. Why is it necessary for the US to mobilise so much military equipment? The
pattern is unprecedented ... Why has a senior commander involved in the invasion of Iraq been assigned to lead the US
emergency relief program?”
Further reading on this topic...
The Tsunami: Why Weren't They Warned?...
After all the earthquake was almost certainly felt at Phuket (Thailand), while the tsunami that it provoked took almost 7
hours to reach the African coast. And even Sri Lanka was one and a half hours away. What happened? After all, there is a
close link between underwater seismic activity and tsunamis, particularly in regions of considerable tectonic instability.
Discrepancies in the Tsunami Warning System...
We are dealing with one of the most serious humanitarian disasters in recorded history. It is therefore essential that any
failure or recorded discrepancy in the Tsunami warning system be the subject of careful analysis and investigation.
In related news...
Earthquake: Coincidence or a Corporate Oil Tragedy?...What is interesting about this is that the same place where
the whale beachings have been taking place over the last 30 days is the same general area where the 8.1 Australian
earthquake took place, and this is the same area where they are doing these seismic tests. Then 2 days after the Australian
tectonic plate shifted, the 9.0 earthquake shook the coast of Indonesia.
Professor Gary T. Whiteford is a geography professor at the University of New Brunswick in Canada. He has done extensive
research concerning the correlation of underground nuclear explosions directly causing EARTHQUAKES.
In April of 1989, Professor Whiteford presented his research paper titled NUCLEAR BOMBS and EARTHQUAKES-DANGEROUS PATTERNS
and TRENDS to the 2nd annual United Nation and World Peace Conference held in Seattle, Washington. Professor Whiteford
personally distributed 50 copies of his Research Thesis at this conference.
His Fax # is 506-453-3569. His Email is gilmore@unb.ca
Geologist gave repeated alerts --A leading geologist repeatedly warned Indonesian officials that an earthquake and tsunami
would soon strike their shores, it emerged this weekend. Kerry Sieh, professor of geology at California Institute of
Technology, has been studying the region for nearly a decade. Last July he became so concerned at the likely massive loss of
life that he printed and distributed 5,000 posters and brochures around some of the islands later hit by the earthquake.
Egyptian paper: Israel-India nuke test caused tsunami --The earthquake that struck the Indian Ocean on December 26, triggering a series of
huge waves called tsunami, "was possibly" caused by an Indian nuclear experiment in which "Israeli and American nuclear
experts participated," an Egyptian weekly magazine reported Thursday.