The Link - A. R. Bordon

Adhocracy: an organization formed of ad-hoc memberships.

When light waves come together in opposition to each other along three different axes (say, x, y, and z), they cancel each other out. In doing so, their energy bleeds into electrogravity. If the light from two lasers were shone at each other from direct opposition, their energy upon canceling each other out (upon destructive interference), the result is electrogravity. To do so, all we would have to do is to vary the energy potential at the point of convergence, and we would then get electrogravity as byproduct. Another device would then “capture” this energy (electro- gravity) and do so within an especially constructed “environment” within which this energy would be prevented from doing uncontrolled damage in the larger environment by increasing the rip in space/time through the variance in the time component. This, in effect, shortens the life cycle of the space/time environment in which the singularity occurs, thus reducing the longevity of the space/time in the immediate environment – be this a containment device or the spacetime surrounding an entire planet. From discussion during the annual conferences, there are already indications that this is the case with some applications of electrogravity producing systems avail- able on Earth. Two physicists, Lawrence Ford and Thomas A. Roman, have reported in the Janu- ary 2000 issue of Scientific American that lasers can be converged in a vacuum, which causes “squeezed-state fluctuations in the vacuum of space-time.” This means that light waves have an interesting effect upon canceling each other out: they squeeze or compress space-time, causing the emergence of “negative energy,” where the energy is “less than zero.” This squeezing out or compression of space-time results in the sending of electrogravity into a space-time (or level of manifestation) with an extra dimension, relieving the space-time in which it happens of time by shortening it ever slightly. When large amounts of light energies are used, larger time-shortening effects (by speeding up the flow of time) can be expected.

Pjotr Garjajev and his colleagues also explored behavior of DNA under exposure to frequencies of light and sound. They concluded that "living chromosomes function just like a holographic computer using endogenous DNA laser radiation." This means that they managed, for example, to modulate certain frequency patterns (sound) onto a laser-like ray which influenced DNA fre- quency and thus the genetic information itself.

An Experiment By Dr. Vladimir Poponin. A container was emptied of air, so the only thing left was electromagnetic field. Poponin measured the energy distribution inside the con- tainer and found it was completely random. Then some DNA was placed inside the container and the field distribution was again measured. This time the energy was organized in an ordered way ergy field. Shortly thereafter, the DNA was removed from the container and the order was meas- ured again. The field remained ordered with the arrangement created by the DNA.

Experiments By The United States Army. Leukocytes (white blood cells) were col- lected for DNA from donors and placed into chambers so scientists could measure electrical changes in the samples. In one experiment, the donor was placed in one room and subjected to video clips, which were designed to generate different emotions in the donor. The DNA was in a different room in the same building. Both the donor and the subject's DNA were monitored. As the donor exhibited emotional peaks or valleys (measured by electrical responses), the DNA ex- hibited the identical responses. The military wanted to see how far away they could separate the donor from his DNA and still get this effect. They stopped testing after they separated the DNA and the donor by 50 miles, as the results continued to be the same. The DNA and the donor had the same identical responses. It means that life everywhere communicates through the Earth’s extremely low fre- quency electromagnetic field.

A human has about 30,000 genes, yet an adult human has trillions of special- ized cells governed by millions of different chemical reactions.

It turns out the mustard weed contains the same number of genes as humans, and the common mouse has nearly as many. From certain types of worms to common trees, there are many organisms on the planet that have very nearly the same number of genes as human beings (and some have even more). Even more surprising, human beings appear to actually be human- bacteria hybrids.