Intro
Unitel's frequency targeting system is based on our generic patent. The three-part laser lens produces a beam of
combined energies and is used to generate useful effects within biological systems. By targeting the specific
frequency of a harmful pathogen, we can eliminate the disease organism without damaging surrounding tissue. We
will be able to produce electromagnetic fields directly from within the body, without using an external source.
Furthermore, we will employ a precision controlled particle beam to automatically (or even manually) destroy
specific tumors.

Prototype Testing
Unitel plans to produce a small working prototype and test it's effectiveness against waterborne and food borne
disease organisms. Our device will be ideal for sterilization procedures. Possible applications include, but are not
limited to: An economic means of sterilizing large quantities of drinking water, city-scale sewage processing, and
the elimination of deadly contaminating organisms found increasingly in certain meat products, such as E-coli,
salmonella, and prions.

Frequency Targeting
Each disease organism possesses a unique electromagnetic wave structure. Similar to a TV antenna, each pathogen
can receive only one signal. The Unitel device acts as a transmitter, targeting the specific frequency of the organism
to be eliminated. This can be done throughout patient's entire body simultaneously.

Scalar Fields
Microwaves can be used to kill cancer cells by overheating them. Just as a conventional microwave oven is used to
heat food, the microwaves produced by the Unitel device will heat the cancer cells. Microwaves stimulate water
molecules, causing them to move faster, which creates heat due to friction. Cancer cells are vulnerable to heat, as
their capillaries do not dilate like in normal tissue. This is a specialized version of the microwave hyperthermia
treatment that is currently being used to treat skin cancer. However, we are also able generate microwaves directly
within the tumor, even deep within the body. This is accomplished by overlapping electromagnetic scalar fields.

Our device will use two separate pulsed electromagnetic scalar beams. By pulsing the beams at the same frequency
and opposite polarity, we can generate any frequency desired in the area where the two beams overlap each other.
Since the beams consist only of electromagnetic potential, they will penetrate the body with out heating the
intervening bone and tissue. This process will be useful in the treatment of all large tumors, including tumors
currently inaccessible or non-responsive to conventional oncology methods.

LF and ELF
The Unitel device will be able to generate electromagnetic waves of any frequency. This ability will be useful in
testing the effects of low frequency (LF) and extra low frequency (ELF) waves on living systems. Some research in
this area has already been done.

Particle Beams
The Unitel device will also be used to produce and confine protons in a projected beam. We will be able to precisely
control the movement of groups of protons inside a tumor by using magnetic and electric fields. The protons are
vibrated within the tumor and safely removed. Unitel's device will produce a proton beam for about a hundred times
less than proposed proton accelerators and will occupy a thousand times less space. Our design is considerably more
efficient since we do not require a conventional proton accelerator, which are expensive, bulky, and dangerous. We
can confine and utilize other charged particles as well, opening new avenues of research into disease treatment.

In addition to the control of charged particles, static and rotating magnetic fields will be used for nuclear magnetic
resonance (NMR) and magnetic resonance imaging (MRI). These scans will reveal computer enhanced images of
the locations of disease organisms throughout the body and are used to monitor the progress of the treatment.

Conclusion
It is not surprising that a technology of the magnitude that Unitel intends to introduce should be as versatile. In this
sense, the advent of quantum electronics can be compared to the discovery and control of electricity. It is our belief,
upon the construction and successful testing of the Prototype 1-A, that we will gain the necessary support for the
research and development of many other useful inventions.