Originally posted by Johnmike
Originally posted by Wizard_In_The_Woods
1. “Al Quada” never existed. It’s an invention of our U.S. government.
2..WTC1, WTC2 and WTC7 were brought down by hydrogen bombs (augmented with thermate cutting charges)
3. The damage at the Pentagon was done strictly with bombs.
4. A passenger plane was shot down over Shanksville, PA but not at the “official site”.
[edit on 1-10-2006 by kinglizard]
I don't know if I want to laugh or if I want to punch you.
GOOD JOB JUMPING TO CONCLUSIONS WITHOUT EVIDENCE. YOU ARE OFFICIALLY NO BETTER THAN A WHINING NUT BENT ON DISINFO.
Dear Johnmike:
The evidence is in plain view for everyone to see. It’s called the countless pictures and films made of ALL the 9-11 events. Call it the
“Zapruder film festival” if you will.
The inner cores of the WTC skyscrapers were — literally — vaporized by the neutron volley coming from the nukes placed in the bottom of the
elevator shafts, along with the five and a half inch thick steel reinforced concrete floor slabs and pretty much everything else inside the buildings
except for some light-weight objects such as paper documents. The “magic” is that high-energy neutrons are invisible to the naked eye (and CNN)
and yet they can instantly superheat dense substances such as steel causing them to “evaporate” (sublimate, i.e. convert directly from their solid
state to a gaseous form). Of course anything containing water will instantly explode into molecularly small pieces as well (this includes concrete
and “biologicals” such as people) — leaving no fragments to be found.
Depressingly, academia and even renown experts in the fields of materials research and engineering have seem to forgotten — or never really
understood — how basic materials behave.
E. g. take yourself a piece of concrete and drop it from a ten story building and see what happens. By the time it hits the ground it will have
accelerated to top speed. See if it breaks into “talcum powder” — you instinctively already know it won’t. The gravitational energy is way
too small to do that. And steel, especially mild steel typically does not break under gravitational stress — it bends. This can be observed at any
junk yard. Or grab yourself a coat-hanger out of the closet and experiment with it to see what it takes to break it into little bitty pieces (let
alone get it to “disappear into thin air” altogether). And no, it makes no difference, small scale or large. In principal these substances
should behave the same — in a skyscraper or your backyard, in a research lab or in the field.
Greetings,
The Wizard In The Woods