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original quote by: Vushta
How were the WTC buildings rigged with explosives?
Washington, D.C. WASHINGTON, Jan 19, 2003 -- A company that provided security at New York City's World Trade Center, Dulles International Airport in Washington, D.C., and to United Airlines between 1995 and 2001, was backed by a private Kuwaiti-American investment firm with ties to a brother of President Bush and the Bush family, according to records obtained by the American Reporter.
Two planes hijacked on Sept. 11, 2001 were United Airlines planes, and another took off from Dulles International Airport; two, of course, slammed into the World Trade Center. But the Bush Administration has never disclosed the ties of a presidential brother and the Bush family with the firm that intersected the weapons and targets on a day of national tragedy.
Marvin P. Bush, a younger brother of George W. Bush, was a principal in the company from 1993 to 2000, when most of the work on the big projects was done. But White House responses to 9/11 have not publicly disclosed the company's part in providing security to any of the named facilities, and many of the public records revealing the relationships are not public
see rest of story here
original quote by: Vushta
So here's the question.
Knowing what is known about CDs and the process and steps that MUST be taken in order for a CD to take place, how was it done without raising suspicion?
original quote by: Pheonix
there still remains the question of why is there no physical evidence of such
original quote by: Pheonix
Not rationalizing about exotic new explosives and conceding that it may have been possible to place limited amounts of CAT 5 type cabling in 1,2 and 7.how do you eliminate RF interference with long term placement of charges and caps. How does one go about "wrapping" the charges to direct the energy as a "cutter" without being noticed
Optical fiber systems have many advantages over metallic-based communication systems. These advantages
include:
Long Distance Signal Transmission
The low attenuation and superior signal integrity found in optical systems allow much longer intervals of signal transmission than metallic-based systems. While single-line, voice-grade copper systems longer than a couple of kilometers (1.2 miles) require in-line signal repeaters for satisfactory performance, it is not unusual for optical systems to go over 100 kilometers (km), or about 62 miles, with no active or passive processing. Emerging technologies promise even greater distances in the future.
The optical fiber cable in the foreground has the equivalent information-carrying capacity of the copper cable in the background.
Large Bandwidth, Light Weight, and Small Diameter
While today's applications require an ever-increasing amount of bandwidth, it is important to consider the space constraints of many end-users. It is commonplace to install new cabling within existing duct systems. The
relatively small diameter and light weight of optical cables makes such installations easy and practical, and saves valuable conduit space in these environments.
Long Lengths
Long, continuous lengths also provide advantages for installers and end-users. Small diameters make it practical to manufacture and install much longer lengths than for metallic cables: twelve-kilometer (12 km) continuous optical cable lengths are common.
Multimode cable lengths can be 4 km or more, although most standards require a maximum length of 2 km or less. Multimode cable lengths are based on industry demand. (Single-mode and multimode fibers will be covered in detail later in this text.)
Easy Installation and Upgrades
Long lengths make optical cable installation much easier and less expensive. Optical fiber cables can be installed with the same equipment that is used to install copper and coaxial cables, with some modifications due to the small size and limited pull tension and bend radius of optical cables.
Optical cables can typically be installed in duct systems in spans of 6000 meters or more depending on the duct's condition, layout of the duct system, and installation technique. The longer cables can be coiled at an
intermediate point and pulled farther into the duct system as necessary.
System designers typically plan optical systems that will meet growth needs for a 15- to 20-year span. Although sometimes difficult to predict, growth can be accommodated by installing spare fibers for future
requirements. Installation of spare fibers today is more economical than installing additional cables later. The dielectric nature of optical fiber can eliminate the dangers found in areas of high lightning-strike incidence.
Non-Conductivity
Another advantage of optical fibers is their dielectric nature. Since optical fiber has no metallic components, it can be installed in areas with electromagnetic interference (EMI), including radio frequency interference (RFI). Areas with high EMI include utility lines, power-carrying lines, and railroad tracks. Another advantage of optical fibers is their All-dielectric cables are also ideal for areas of high lightning-strike incidence.
Security
Unlike metallic-based systems, the dielectric nature of optical fiber makes it impossible to remotely detect the signal being transmitted within the cable. The only way to do so is by actually accessing the optical fiber itself. Accessing the fiber requires intervention that is easily detectable by security surveillance. These circumstances make fiber extremely attractive to governmental bodies, banks, and others with major security concerns.
Designed for Future Applications Needs
Fiber optics is affordable today, as electronics prices fall and optical cable pricing remains low. In many cases, fiber solutions are less costly than copper.
As bandwidth demands increase rapidly with technological advances, fiber will continue to play a vital role in the long-term success of telecommunications.
original quote by: Pheonix
How does one go about "wrapping" the charges to direct the energy as a "cutter" without being noticed
original quote by: Pheonix
How does one pre-weaken the structure in preparation for demo without being noticed
original quote by: Pheonix
Bear in mind that WTC had a large staff of engineers and janitorial that you cannot assume were all in on the conspiracy not to mention tenant security and IT who would also have to be in on it as it were.
original quote by: Pheonix
Vushta asked a simple question - Hows it done?
I turn up each morning with a couple of kilometres of CAT 5e (normally orange sheathed stuff) and proceed to run it up and down risers, around offices through suspended ceilings, and often stand on desks and filing cabinets in the process without anyone paying a blind bit of attention to me. I also spent quite a bit of time cable tying my work in place above ceilings, where nobody can see what I'm doing.
Originally posted by Jon_SE1
I'm not sure any steel supports would need to be cut with oxy-acetalene - it would seem that the flawed construction of the buildings would not necessitate this. If it was just pan-caking that was needed - surely only the trusses \ concrete raft would have to be damaged sufficiently.
Originally posted by TONE23
There were years and years to set this up... stop thinking that it had to be done overnight. There were plenty of times where an "Authorized" work crew or crews couldve had clearence and access to the buildings.
this is a flawed arguement and also unrealistic. I have already illustrated WHO did the security for theWTC it was Bush's brother for crying out loud. Put two and two together for a moment. Also you have to remeber this was New York, prior to 911. New Yorkers have a habit of minding their own business. So in all likelyhood most of the janitorial staff and employees wouldnt have paid it a second thought. An authorized work crew goes in does its job and leaves. As long as they had clearence to be in the building doign thier work then why would anyone raise an eyebrow at what they were doing there?
Originally posted by Duhh
Come on stick to thermite on some beams.Take the tin foil hat of for this to ,looks less suspicious.
original quote by: Pheonix
TONE23, did I forget to mention that I am a building engineer in the business with 24 years experience?
original quote by: Pheonix
Nothing goes on at highrise commercial properties without the engineering staffs knowledge if someone tries it is un-done very quickly.
original quote by: Pheonix
Pre or post 911 has nothing to do with it either, our standards are more legal/liability driven forcing even the smallest contractor to be vetted for legitimate workmans comp/liability and tax numbers
original quote by: Pheonix
Anyone doing the least slightest amount of work is to be approached and challenged if they are not checked through engineering, security and management. Even when they pass all those checks their work is monitored by staff closely.
No one is given carte blanch (sp?) access.
Originally posted by Jon_SE1
Ok. Even if thermite was used, which works for me, the question still stands.
"How were the WTC buildings rigged with explosives?"
As has been said - this didn't have to be done in days, hours or minutes.
I'm sure this job could have been done under the eyes of the tenants over a period of months.
Also, a side note. One would not have to rig the entire building to have it come down in a specific way.. there need only be strategic placements of the explosives/thermite and a catalyst(planes)
If there were "renovations" being done in any of the buildings prior to 911(whether it be weeks or months or even years before 911) Then most people wouldnt think twice about it. And unless you were an explosives expert how would you notice exactly what they were installing into the buildings?
Originally posted by Jon_SE1
Ok. Even if thermite was used, which works for me, the question still stands.
"How were the WTC buildings rigged with explosives?"
As has been said - this didn't have to be done in days, hours or minutes.
I'm sure this job could have been done under the eyes of the tenants over a period of months.
Starting tomorrow - I'll count how many times I'm asked for creds by anyone. Have a chat, get them to make you a cup of tea, and they pay you no thought.
It is not a simple question...dont try to trivialize it and make it seem like there is a simple answer. If it were so black and white we wouldnt be debating it now would we?
Originally posted by HowardRoark
how did that work if there was a hole in the side of the building?
Originally posted by Jon_SE1
Ok. Even if thermite was used, which works for me, the question still stands.
"How were the WTC buildings rigged with explosives?"
As has been said - this didn't have to be done in days, hours or minutes.
I'm sure this job could have been done under the eyes of the tenants over a period of months.
Starting tomorrow - I'll count how many times I'm asked for creds by anyone. Have a chat, get them to make you a cup of tea, and they pay you no thought.
Originally posted by Jon_SE1
I'm not sure any steel supports would need to be cut with oxy-acetalene - it would seem that the flawed construction of the buildings would not necessitate this. If it was just pan-caking that was needed - surely only the trusses \ concrete raft would have to be damaged sufficiently.
Originally posted by ANOK
Did the hole effect the whole building or just one side of it?
How does damage to one side effect the side that wasn't damaged?
This is where you just seem to totaly miss the physics of the whole thing.
Damage on one side causes the whole building to fail, a hole on one side causes the fire proofing to fail in parts of the building that were un-damaged????
Yeah great logic Howward!
original quote by: Vushta
The CTs are trying to make it 'black and white' and 'that simple' by claiming all you need is a bogus security clearence and a nod from M.Bush.
original quote by: Vushta
IMO your scheme only works in a world that suspends reality. You can't just leave out huge facts just because your plan works better if you do.