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A 30-day Study of the World Trade Center Light Memorial,
March 11, 2002 to April 14, 2002.

On September 11, 200 l a tragedy befell America. On March 11, 2002 a memorial of lights was turned on at the Twin Towers site to commemorate the tragedy. The colossal shafts of light dedicated to the memory of the thousands lost were turned on every night at dusk then turned off at 11 P.M. This continued every night until April 14, 2002 when they were turned off at dawn.

An assumption is made that throughout the study period, courtesy of the Earth's rotation on its axis, orbital path around the Sun and any movement related to the Big Bang, that the two columns of light pointed at any one time to most quadrants of the night sky. Further experiments are planned using lasers pointing in multiple directions into the night sky and running continuously for much longer periods of time to insure that all quadrants, in fact, are reached to corroborate the findings of this study.

This first study then reveals a fundamental element missing from the laws of physics. An element so important that its existence completely restructures the current model of the cosmos from one that borders on the quasi-supernatural to one that is essentially logical and as natural as Mom's apple pie.

To begin, it is well known that light and the entire electromagnetic spectrum do not take on the velocity and trajectory characteristics of their host. That is why light (in a vacuum) always measures 299,792.458 kilometers per second irrespective of how fast its material host, say a laser gun, or a light bulb is moving as part of their being on Earth or on a satellite, either one in complicated motion.

With that in mind the following criteria, any one of which can be met, allow the conclusions of this study to be valid:

1. The Sun is moving at 217 kilometers per second in its orbit around the Milky Way center.See Speed of the Sun .
2. The Milky Way, as part of a local group of galaxies, is moving at between 300 and 600 kilometers per second in the direction of the constellation Hydra. See Speed of the Milky Way in Space .
3. The Milky Way is moving at 30,500 kilometers per second or half the receding velocity of Ursula 2, the farthest and fastest receding galaxy, a logical assumption (one of many) based on the behavior of an unconfined explosion as may have occurred at the Big Bang.

Since throughout the study period the twin beams remained visibly perpendicular we can conclude that they were visibly perpendicular at 90 degrees to such forward motions in 1, 2 and 3 above or failing that certainly at a 45 degree angle, logically reached at some point in their journey.

The following analysis then is based on the twin beams being anywhere from 45 degrees to ninety degrees at some point in the 33 nights to the forward motion of the Earth, either as part of the Sun's forward velocity (217 kilometers per second), or part of the forward motion of the Milky Way on its way to Constellation Hydra (300-600 kilometers per second) or part of the forward motion of the Milky Way (up to 30,500 kilometers per second) escaping from the Big Bang.

There are four illustrations that follow, three are animated. Please study them carefully.

Illustration One. This simulation shows the light memorial as it appeared over the thirty three nights. Rain and fog have been removed. The Moon is there as a reference point.

Illustration Two. This simulation shows in super-colossal slow motion the point from which the beams are turned on and their reaching the stratosphere .000038 seconds later.

Illustration Three. This simulation shows the twin beams from a non-relative perspective moving through space.

Illustration Four. This simulation shows the twin beams from a non-relative perspective moving through space in super-colossal slow motion from when the beams are turned on and their reaching the stratosphere .000038 seconds later.

It should now become apparent in Link Three and Four that for the beams to appear visibly perpendicular (which they did) throughout the study period that they had to be moving laterally as they were moving upward throughout most of the period.

There is no known force in the Universe that can deflect light to such a degree other than perhaps a black hole. Certainly the colossal gravity at the Sun's surface in the 1919 and 1922 observations couldn't even come close. See Sobral 1919 : National Maritime Museum .

If the beams were not deflected then, using the Sun's velocity as a benchmark the beams would appear off center at the stratosphere by approximately 100 feet (at 45 degrees to the Sun's forward motion) to 200 feet (at 90 degrees) to the bank of lamps at the surface. Both off center lines from the surface would easily be detectable. At 0 or 180 degrees to such forward motion the beams, however, would still appear perpendicular.

Using the Milky Way's velocity range towards Ursula 2 the visible angle would be even greater than the prior example. Using one estimate of the Milky Way's velocity away from the Big Bang (30,500 kilometers per second) the visible angle at 45 degrees to its forward motion would be well over a mile and at 90 degrees over three miles.

It should be noted that such visibly angled beams, had they occurred, would consist of a composite of individual photons moving in a perpendicular line to the bank of lamps.

Since no such visible angles occurred throughout the study one can conclude that under the above parameters, and if the beams crossed at a minimum 45 degree angles to any of the above forward motions at some point in the journey then there must be a rapidly moving and invisible colossal force, everywhere in the sky, modifying electromagnetic energy passing through its space to conform to its direction.

This concludes this study.

Murray Tovi
www.tovisciences.com

Related Links: http://www.toviphysics.com/

Research Links on Big Bang and Paradox Theory:

• http://liftoff.msfc.nasa.gov/academy/universe/b_bang.html
• http://zebu.uoregon.edu/~js/ast123/lectures/lec10.html

Note: A biographical sketch of the author is published in Marquis Who's Who in America and Who's Who in the World (available in most libraries).