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note: because important websites are frequently "here today but gone tomorrow", the following was archived from http://www.grantchronicles.com/astro107.htm on December 28, 2005. This is NOT an attempt to divert readers from the aforementioned website. Indeed, the reader should only read this back-up copy if it cannot be found at the original author's site.

The Grant Chronicles:

Cloaking and Radar Invisibility

First, this insight is only being released because by the time Mankind applies this knowledge to a working model, our civilization would have morphed into a new plane of righteousness and responsibility for others. There is no security risk to the U.S. military when concepts being presented are in a simple format. Besides, you are light-years in front of others and this will not erode your edge.

All administrations from the late 1940s with "black projects" have tried to acquirement of this technology through back-engineering and research when examining off-world spacecraft. This would insure total surprise when encountering the various enemies of the Cold War days, which truthfully are few today because all are linked by money and greed. Some on Earth were promised this technology. But the agreements did not work out (thank God!). Scientists that observed the unique demonstrations in the deserts of Nevada were in awe and invented poor substitutes which Mankind knows as "stealth". So what direction should our best scientists take to insure some success?

This is to point you in the right direction, but not give you the answer.

Where most research scientists go wrong in approaching this problem is in trying to eliminate the reflection of radar waves back to the emitting source by deflection or absorption. The visibility problem due to light is out of reach for Earth scientists, so most missions requiring surprise are at night.

Step 1 in solving this problem is looking at radar and light waves in their respected frequencies as particles and the 3-dimensional profile of the object to be affected. The gravity and repulsion particle affects all particles and mass. But the frequency of subject radar and light particles that can be affected may be tuned by a coherent charged stream to key in on all wavelengths of the electromagnetic spectrum.

Gravity and repulsion particles on a whole could be compared with "white light". And as we know, white light can be broken down into many frequencies. But there are many unknown colors which are picked up as gray light by the human retina.

Step 2: Examine the core of a large mass and the minute charges associated with it. The key here is that a balance is achieved by a series of spikes emanating from the central core of the mass, but always returning to a base level, eliminate all that vary wildly. This is no different than associating a charge to a particle, except here we are dealing at the sub atomic level.

Remember, when first examining the mass, most (if not all) will find no charge because it is here that you must think "outside the box". The charge at the core is neutral because the movement of charged subatomic particles are in a state of equilibrium (for the most part) where the combined total of the various particles is near zero. It is only when the time frame of comparison is greatly reduced from a nanosecond that the subtle spikes in the core charges will reveal themselves.

Step 3: Once the charge is identified (a difficult task), now you can use many amplified coherent particle streams to bend various other subatomic particles. The object of cloaking and radar invisibility is not to eliminate or scatter light and radar wavelengths, but to bend them around the subject mass and return them to their original path. This includes infrared and ultraviolet parts of the spectrum.

You are familiar with how magnetic fields spread electron streams hitting a screen. This is different. By pushing light particles by tuned gravity and repulsion particles emanating from all directions about the mass behind to up, over, under-and-around, the original grouping of light waves can compressed and returned to its original path. Thus the mass in the center of the diverted radar and light particle streams remains undetected as what's behind the mass only show. Light waves never bounce off the mass from the frontal view but just pass to the rear.

Radar and light waves require 2 separate systems with coherent 360-degree spherical control, and a refresh rate that does not allow a fully formed wave to occur if reflected. Distortion is what has to be reduced in order for the cloak to be effective and the higher the civilization you are evading the tighter the tolerances. The computer-analyzed shape of the mass dictates the directional streams, strength at a certain distance from the center-of-gravity of the host mass, and refresh rate. The refresh rate is important because you have to alternate control of wavelengths approaching each other at 180 degrees while dealing with an object having a 360-degree view.

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