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Anomalies at the WTC and the Hutchison Effect
(page 1)

by

Dr. Judy Wood and John Hutchison

This page last updated, April 1, 2008
(Not-yet final; minor updates still being made.)
(originally posted: December 25, 2007)
Page 1 index
I. Effects of Lift and/or Disruption
·The Hutchison Effect
·Lift

·Windows
·Casimir Force
· Disruption: Molecular Dissociation and Transmutation
·Transmutation and "Rustification"
·Toasted Metal
·Broken Glass

I. Effects of Lift and/or Disruption Top

Figure 1. “The Hutchison Effect,” filmed (11/29/07)
This video can be downloadable here: mpg. (4.7 MB)
(0:00:00) URL, Source: HutchisonPE.swf

The Hutchison Effect Top

The Hutchison Effect -- An Explanation, by Mark A. Solis

"The Lift and Disruption System or the Hutchison Effect is divided primarily into two categories of phenomena: propulsive and energetic The system is capable of inducing lift and translation in bodies of any material. That means it will propel bodies upwards, and it will also move them sideways. There are actually 4 kinds of trajectories which are capable of being produced and I'll explain these shortly. It also has very strange energetic properties including severely disrupting intermolecular bonds in any material resulting in catastrophic and disruptive fracturing, samples of which are described here. It is also capable of causing controlled plastic deformation in metals, creating unusual aurora-like lighting effects in mid-air, causing changes in chemical composition of metals (it varies the distribution of the chemical content), and other long-range effects at distances up to around 80 feet {24 metres) away from the central core of the apparatus — all at low power and at a distance."
Figure 2. Note the phrases, "..severely disrupting intermolecular bonds in any material..." and "" "...changes in chemical composition of metals..."
(1996) Source: The Hutchison File, or archived (searchable) page 17 of 87

The Experiment

A complex high voltage, high frequency apparatus was assembled which when properly adjusted caused various material objects to accelerate in a vertical direction, against the gravitational field. Under some set of as yet undefined conditions, and particularly when "lift" does not take place, a target specimen will be fractured or disrupted in a catastrophic manner. A less frequent phenomenon is the apparent heating to incandescence of iron and steel specimens having high length to width rations. This event is not accompanied by the heating, charring or the burning of combustible materials in contact with the specimen throughout the duration of the event of about two minutes. The fracturing of certain iron and steel geometries accompanied by an anomalous residual magnetic field, permanent in nature, is not uncommon. Permanent and dramatic alterations in the physical and chemical structure of certain metallic alloys have been documented via mass spectrographic data. These effects do not appear to be specific to any particular type or class of material.

The reaction area comprises a roughly circular cylinder about one and one half feet in diameter and of unknown height. Total energy radiated into this cylinder is on the order of a few watts, although approximately 500 watts are dissipated by the apparatus.

Figure 3. by Richard Sparks, Scientific and Technical Intelligence/SBIR, Ottawa. [emphasis added]
Bingo! The weird fires that aren't hot.
(1996) Source: The Hutchison File, or archived (searchable) page 67 of 87.


Lift Top

Figure 4. Red Bull Can
(0:00:00) URL
This video of the Red Bull Can can be downloadable here: mpg. (3.2 MB)
Source: redbull.swf

Figure 5. I
(9/12?/01) Source:
Figure 6. I
(9/12?/01) Source:
Figure 7. I
(?/?/?) Source:

Figure 8. I
(9/12?/01) Source:

Figure 9. I
(?/?/?) Source:
Figure 10. I
(9/12?/01) Source:

Figure 11. I
(prior to 9/11/01) Source:
Figure 12. 02102v_c.jpg (trimmed) 02102v.jpg (original)
(9/11?/01) Source:

choose
choose
Figure 13.
millenium_hilton_wtc_cl.jpg
(prior to 9/11/01) Source:
Figure 13.
millenium_hilton_wtc_c.jpg
(prior to 9/11/01) Source:

First Responder Statement: RENE DAVILA
File No. 9110075
WORLD TRADE CENTER TASK FORCE INTERVIEW
LIEUTENANT RENE DAVILA
Interview Date: October 12, 2001

[Emphasis added.]
A. ...I remember one guy was laying down. He had an open chest wound about the size of my fist in his right chest. I kept on looking. I knew what was coming. I knew he was going to go downhill. He had that look in his eye like -- he wasn't even talking. He was going into shock.

All of a sudden you heard the rumble and people yelling and screaming. You look andyou see -- I didn't see the top of the building. I didn't see the top of tower two. The collapse started. You felt like the ground -- it was like a deep sound, rumble; like you're laying on the platform and the D train is coming. You look and you see what -- I best describe it as a wave coming.

I started running in my direction. I started running into the hotel. Somethingknocked me. I don't know whether it was --

Q. The Millennium?
A. We were in front of the Millennium. I'm talking going in through the lobby.
Q. Okay.

A. Something knocked me down. I don't know if something hit my helmet or whether it was a force. I got down, and I thought I've got to get up. By the time I got up, it was like [sound] I'm overcome by black and I'm running in the building in this black, and I'm running and I'm running and I'm running.

The next thing I know, I see a little light, and I follow that light. I run in there,and I find I'm in an office, and I close the door. I close the door and then I start walking, and I'm panicked, I'm panicked. I lost it. I lost it for a few minutes in here.

In this room there's nothing but computers, maybe five, six computers, and phones. As I'm in there, this force is still coming through the cracks of the door. I see some coats and I saw a water fountain. So I wet them, and I wet them and I stuff them under. I'm like walking back and forth, "I'm a medic. I'm a medic. I'm not a fucking firefighter. What do you do? What do you do? What do you do?"
WORLD TRADE CENTER TASK FORCE
RENE DAVILA INTERVIEW, pp. 21-22

Windows Top

Figure 14. I
(9/11/01) Source:
Figure 15. I
(9/18/01) Source:
Figure 16. I
(9/11/01) Source:

Figure 17. I
(9/21/01) Source:
Figure 18. I
(9/11/01) < ? < (9/11/01) Source:

[NEED TO ADD]

Figure 19a. Round holes through glass, looking out of the One Liberty Plaza Bldg., over the remains of WTC4 and WTC5, with WFC2 in the distance, viewed through the farl-left window.
Wilson10746124-D_windowhole.jpg.,
(after 9/11/01) Source
Figure 19b. John's example of round holes in glass
(?/?/02) Source

Figure 20a. Round holes in WFC2
(9/?/01) Source:
Figure 20b. windows_c.jpg
(9/?/01) Source:
Figure 20c. windows_cm.jpg
(9/?/01) Source:


Casimir Force Top

Physicists have 'solved' mystery of levitation

By Roger Highfield, Science Editor
Last Updated: 1:41am BST 08/08/2007

Levitation has been elevated from being pure science fiction to science fact, according to a study reported today by physicists.

In theory the discovery could be used to levitate a person
(after 9/11/01) Source:
In earlier work the same team of theoretical physicists showed that invisibility cloaks are feasible.

Now, in another report that sounds like it comes out of the pages of a Harry Potter book, the University of St Andrews team has created an 'incredible levitation effects' by engineering the force of nature which normally causes objects to stick together.

Professor Ulf Leonhardt and Dr Thomas Philbin, from the University of St Andrews in Scotland, have worked out a way of reversing this pheneomenon, known as the Casimir force, so that it repels instead of attracts.

Their discovery could ultimately lead to frictionless micro-machines with moving parts that levitate But they say that, in principle at least, the same effect could be used to levitate bigger objects too, even a person.

The Casimir force is a consequence of quantum mechanics, the theory that describes the world of atoms and subatomic particles that is not only the most successful theory of physics but also the most baffling.

The force is due to neither electrical charge or gravity, for example, but the fluctuations in all-pervasive energy fields in the intervening empty space between the objects and is one reason atoms stick together, also explaining a "dry glue" effect that enables a gecko to walk across a ceiling.

Now, using a special lens of a kind that has already been built, Prof Ulf Leonhardt and Dr Thomas Philbin report in the New Journal of Physics they can engineer the Casimir force to repel, rather than attact.

Because the Casimir force causes problems for nanotechnologists, who are trying to build electrical circuits and tiny mechanical devices on silicon chips, among other things, the team believes the feat could initially be used to stop tiny objects from sticking to each other.

Prof Leonhardt explained,

"The Casimir force is the ultimate cause of friction in the nano-world, in particular in some microelectromechanical systems.

Such systems already play an important role - for example tiny mechanical devices which triggers a car airbag to inflate or those which power tiny 'lab on chip' devices used for drugs testing or chemical analysis.

Micro or nano machines could run smoother and with less or no friction at all if one can manipulate the force."


Though it is possible to levitate objects as big as humans, scientists are a long way off developing the technology for such feats, said Dr Philbin.

The practicalities of designing the lens to do this are daunting but not impossible and levitation "could happen over quite a distance".

Prof Leonhardt leads one of four teams - three of them in Britain - to have put forward a theory in a peer-reviewed journal to achieve invisibility by making light waves flow around an object - just as a river flows undisturbed around a smooth rock.

Figure 25. Physicists have 'solved' mystery of levitation
By Roger Highfield, Science Editor, 08/08/2007
(8/08/07) Source:


Disruption: Molecular Dissociation and Transmutation Top

Figure 1. “The Hutchison Effect,” filmed (6/06)
This video can be downloadable here: mpg. (4.7 MB)
(0:00:00) URL, Source: HutchisonPE.swf

Figure 27. Picture+626.jpg
(11/29/07?) Source: blog
Figure 28. Picture+628.jpg
(11/29/07?) Source: blog

Figure 29. Picture+633.jpg
(11/29/07?) Source: blog
Figure 30. Picture+636.jpg
(11/29/07?) Source: blog
Figure 31. Picture+637.jpg
(11/29/07?) Source: blog

Figure 32. Picture+642.jpg
(11/29/07?) Source: blog
Figure 33. Picture+649.jpg
(11/29/07?) Source: blog
Figure 34. Picture+650.jpg
(11/29/07?) Source: blog

Figure 35. Picture+651.jpg
(11/29/07?) Source: blog
Figure 36. Picture+756.jpg
(11/29/07?) Source: blog


Figure 37. wtc1demobelow.gif
(9/11/01) Source: terrorize.dk

Figure 38. "Shaving cream"/"Alkaseltzer"
(9/11/01) Source: Shannon Stapleton, Reuters
Figure 39. WTCExplosionLeftSide2.swf
(11/29/07?) Source:
Figure 40. "Shaving cream"/"Alkaseltzer"
(9/11/01) Source


Transmutation and "Rustification" Top

Figure 41. I
(after 9/11/01) Source:
Figure 42. I
(after 9/11/01) Source:
Figure 43. I
(after 9/11/01) Source:


Figure 45. Stainless Steel
Picture+346.jpg
(?/?/?) Source:
Figure 46. Stainless Steel
Picture+347.jpg
(?/?/?) Source:
Figure 47. Stainless Steel
Picture+348.jpg
(?/?/?) Source:

Figure 48. ??????????
rust
(?/?/?) Source:
Figure 49. ??????????
rust
(?/?/?) Source:

Figure 50. Stainless Steel (original)
(?/?/?) Source:
Figure 44. ??????????
Picture+362.jpg
(?/?/?) Source:


Toasted Metal Top

Figure 56. 010911_WTC6_911_1328.jpg.
(9/11/01) Source
Figure 74. Why does this ambulance have melted inside doors? The inside looks to have suffered more heat damage than the outside. What would cause that?
Source

Figure 58. Picture+625.jpg
(11/29/07?) Source: blog
Figure 59. Picture+508.jpg
(11/29/07?) Source: blog

Figure 60a. Toasty Aluminum (lightened, contrast, cut) (original)
(9/18/01) Source:
Figure 61a. Toasty Aluminum (original)
(9/18/01) Source:




Broken Glass Top
Figure 80. Round holes through glass, looking out of the One Liberty Plaza Bldg., over the remains of WTC4 and WTC5, with WFC2 in the distance, viewed through the farl-left window.
(after 9/1/01) Source: Wilson10746124-D_windowhole.jpg.
Figure 81. How glass typically breaks

Source: site: broken-window.jpg
Figure 91. How glass typically breaks

Source: broken-window2.jpg

Figure 87. Cartoon sticker showing how glass typically breaks
Source: shatterbaseball.jpg
Figure 82. How glass typically breaks

Source: copy-of-dsc00757.jpg
Figure 85. How glass typically breaks
Source: thwarted.jpg
Figure 83. How glass typically breaks
broken-window-evreux.jpg
Source:

Figure 90. Window sticker showing how glass typically breaks
Source: GlassBreakFilm.jpg
Figure 88. How glass typically breaks
Source: smashglass.jpg
Figure 86. How glass typically breaks
Source: synp.jpg
Figure 89. How glass typically breaks

Source: broken.jpg








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