An analysis on how gamma rays are being produced

Fortuitous and strange, the pathogens were found to be some two thousand times weaker than body cells. Rife conceived of method whereby patients could be enveloped in a harmless body-permeating electric field of acoustic frequency, while the intense electro-impulses bursts of Cooper Pairs of short duration would be simultaneously projected.

However, they are less ionising than alpha or beta particles, which are less penetrating. It was found that radiant tube emanations operated effectively on viral cultures up to an eight-mile distance! It has proved difficult to assess a reliable evaluation of the consequences of this on the terrestrial ecosystem, because of the uncertainty in biological field and laboratory data.

The tube glowed, a good sign.

Analysis reveals dozens of unknown gamma-ray sources in the universe

Therefore our general lack of knowledge concerning his life story is equally conspicuous. Rife began obtaining a wide variety of malignant tissues in Rife wanted to develop super microscopes capable of seeing viruses.

Were these same violet-red motile forms the very cause of cancer? Foord, chief pathologist at Pasadena Hospital, and later confirmed and reported by Dr.

As a result, alpha rays are not very penetrating and are easily absorbed. These protons and electrons give the atom its unique chemical nature. Batteries of corrective lenses, crowns and compounds, so loaded the light path with crystal that images lost their original brightness.

Rife in detailed discussions on his medical work. However, the smog could potentially cause a cooling effect on Earth's climate, producing a "cosmic winter" similar to an impact winterbut without an impactbut only if it occurs simultaneously with a global climate instability.

Images lost most of their radiant power against the tube walls before arriving in the final ocular. Independent university researchers maintained their poise as the prime recipients of fresh and astounding discoveries, which shook the medical world. When a gamma ray undergoes a Compton interaction or pair production, and a portion of the energy escapes from the detector volume without being absorbed, the background rate in the spectrum is increased by one count.

A second optical innovation was added to this brilliant configuration. See the decay scheme article for the decay scheme of cobalt The sievert is a unit used to derive a quantity called equivalent dose.

Other components, such as rate meters and peak position stabilizers, may also be included.


Rife witnessed the appearance of another related viral cancer-causing strain, the BY virus, found to be a much larger strain of the sarcoma group. Beyond simple optical parameters, other light energies become the more active in such devices. In general, larger detectors have higher efficiency than smaller detectors, although the shielding properties of the detector material are also important factors.

It is VERY Important to remember, that it is a negative electrical charge that is being applied to the body. The stimulation of special retinal modes releases the anomalous perception with its reported ultra-optical magnifications.

The energy of the gamma rays being detected is an important factor in the efficiency of the detector. Nevertheless, independent researchers preferred these ultraviolet microscopes to any system, which RCA could market.

Additionally, gamma rays, particularly high energy ones, can interact with atomic nuclei resulting in ejection of particles in photodisintegrationor in some cases, even nuclear fission photofission.

Gamma-ray burst

A second shock wave, the reverse shock, may propagate back into the ejected matter. Otherwise excellent researchers became completely blind when searching for the BX virus because electron microscopy was itself the blinding agent.

Gamma rays are also used for diagnostic purposes in nuclear medicine in imaging techniques.

Relationship Between Radionuclide Gamma Emission and Exposure Rate

This combination of brightness and distance implies an extremely energetic source. The full power range of the first Prismatic Microscope was turned on these tissue samples with a vengeance. When adjusting the rates to annihilate ordinary viral infections, he noticed that he became drowsy and tired for a few hours.

Gamma spectroscopy

The diameter of the nucleus istosmaller than the whole atom. His quest now began. Neutron - An electrically neutral particle found in the nucleus with a mass almost that of the proton. When viewed under the best available laboratory microscopes, a turbidity was seen, but there appeared no organisms whatsoever.

Therefore more corrective lenses were added in the beam path to bend the light back from the tube walls.Atoms are not all stable. The excess energy contained in an unstable atom is released in one of a few basic particles and energetic waves. Gamma rays are produced by a number of astronomical processes in which very high-energy electrons are produced.

X-rays are emitted by electrons (either in orbitals outside of the nucleus, or while being accelerated to produce bremsstrahlung-type.

This presentation, Ultra Microscopes and Cure Rays focuses on the work of Dr. Royal Raymond Rife. But, it also includes the work of four other men, and discusses other necessary and complementary "Cure Methods" that are required for a truly holistic therapy program. Several models for the origin of gamma-ray bursts postulated that the initial burst of gamma rays should be followed by slowly fading emission at longer wavelengths created by collisions between the burst ejecta and interstellar gas.

This fading emission would be called the "afterglow". U A Gamma Ray Analysis Code for Uranium Isotopic Determination DeLynn Clark Isotope Sciences Division Lawrence Livermore National Laboratory.

Gamma and X-Ray Detection Figure Efficiency Calibration DETECTOR OVERVIEW The kinds of detectors commonly used can be categorized as: a.

Gas-filled Detectors.

An analysis on how gamma rays are being produced
Rated 5/5 based on 78 review