It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by Paradigm2012
mispost
[edit on 22-8-2010 by Marrr]
Originally posted by Serpent of Arabia
This was a horrible debate. It shouldn't even be called a debate.
Almost everything Richard, and Niels was saying went over both of the opponents heads.
They couldn't agree because they simply did not have any TRUE understanding of what happened, and actual science.
Richard finally god fed up with this mess, and hung up (I do not believe it was "phone troubles")
Larry was simply NOT referring to the fire-fighters when he said "Pull it." This is grammatically incorrect. Firefighters would not be called "it." If you're speaking of persons you'd say this: "Pull them." This is simple English
Richard and his side won. Hands down! It's very unfortunate that he was not taken seriously, and that his factual points were treated as false.
Originally posted by dereks
that was because they were babbling crap
Originally posted by derekstrue, Gage knows nothing about science
Originally posted by dereks
he ran away as he was getting shot down in flames
Originally posted by dereks
wrong, he was talking about a firefighting team, which is an "it"
Originally posted by dereks
except he did not win, nor have any factual points, just his normal garbage
Originally posted by Serpent of Arabia
With this being said I will state two points (I even sent these points to Ian via Fastblast, but he did not mention them at all). First of all, nano-thermite material has a very low ignition temperature compared to non-nano thermite material. The ignition temperature decreases as the particle size decreases. This is somewhat simple & straightforward material science. Second point, Larry was simply NOT referring to the fire-fighters when he said "Pull it." This is grammatically incorrect. Firefighters would not be called "it." If you're speaking of persons you'd say this: "Pull them." This is simple English.
Originally posted by GoodOlDave
First, if explosives of ANY variety had been used then it necessarily would have left signs of sabotage on the WTC steel, and there are too many photos of the steel taken during the cleanup of ground zero (not to mention, the hundreds of experienced steel workers who were at ground zero to begin with) that shows NO such sabotage
Originally posted by VirginiaRisesYetAgain
I don't buy that for a second. I could show you suspicious looking pieces of debris right now, especially core columns that are all severed with perfectly smooth ends despite being formerly welded together solid at the ends, or the "meteorite," or massive columns bent like horseshoes with no surface fracturing from stress indicating it happened while the column was uniformly elevated to extreme temperatures.
And in any of these cases what would you do?
Being a so-called "debunker" is the easiest thing in the world when all you have to do is deny, deny, deny and play dumb at the appropriate times. And by playing dumb or pretending there's nothing unusual about a piece of debris, you don't even have to worry about addressing what the implications of it are.
Originally posted by GoodOlDave
I would ask you to show how these were destroyed by explosives rather than having been cut by acetylene torch during the cleanup.
As I see it, uh the uh, planes slammed into the towers, and the jet fuel - it didn't have to burn too long - it started some intense fires that were across an entire floor the size of an acre. Basically that made uh some of the floor trusses sag, and already some critical beams had been cut by the airplane explosion. So this pull down on the, uh, perimeter walls, the outer walls, and-and you can see this quite plainly in photographs. And I've got some articles on our website nmsr.org
Basically, the uh, as those perimeter walls were pulled in, ah they got pulled in too much and they snapped, and that took up, it did not support enough load with the columns that were cut, and now the perimeter walls... uh so the upper sections in both towers started to fall. And for, uh, tower one, which was higher up, the top 14 or so stories, they fell about 12 feet... about 4 meters... and in that fall they got up to about 19 mph. And when they slammed into the next, uh 95th floor... actually you know since October, since Richard and I debated... I have sort of gone on a little journey of physics, and theory... and experiments... and have developed basically an explanation that accounts for things like time, and impact strength, and velocities, and momentum, and kinetic energy... and its really come together.
It has really been an interesting journey of, uh, experiments and theory... and everythings coming together, to uh, really, you know, produce a nice result that matches reality.. but basically what happened was is that first section slammed into the lower floors.. it got up to about 19 mph, it hit that floor with an impact of 30 times the static weight. And they built buildings to withstand 3,4,5 times... but not 30 times. And it just overwhelmed the floor joice and snapped them, and it slowed it down! There was resistance, it slowed down from 19 mph down to 18 mph, but then the next floor, it crossed it in half the time, because it was already going, not 0 mph, but 18 mph, got up to 26 mph - slammed with the weight of 40 times the static weight, instead of just 30... snapped that floor, got slowed down from 26 mph to 25 mph... speeded up to 31 mph slammed the next floor with an even greater force,
basically these accelerations were very brief, only a couple milliseconds each.. but they were, you know like 20, 30, 40 G's... at least 30 G's actually... Very brief accelerations... So one of the things I discovered, is there is one of the 9/11 truth physicists David Chandler, took a movie of the tower collapse, and measured it very carefully...
If you put a bowling ball on your toe, thats okay. But if you drop the ball from 12 feet, your going to break your toe.