Rife’s Machine! ─ Is it a threat?

By Christina Sarich, contributing writer for TheMindUnleashed.com

The rife machine posed a massive threat to the paychecks of the elite of the time – the very same family bloodlines which we are dealing with in today’s banker-war-machine-pedophilia-pharmaceutical-pushing racket.

The Rife Machine is said to cure moles, auto-immune diseases, herniated discs, cold, flu, heart disease, lime disease, ulcers, diabetes, neurological conditions, depression, candida, chemical poisoning, high blood pressure, anxiety, low-energy, dental infections, dog, horse, and cat diseases, and yes – cancer – that trillion-dollar disease which we still host stupid runs, and wear pink ribbons for. (No disrespect to those who are suffering from or have family suffering from this or any other disease.)

Rife’s machine used variable frequency via a pulsed radio transmitter to produce mechanical resonance with the cells of the physical body. He brought the cells back into harmony, and as you may know from other study in the bioacoustics and bioenergetics of the body, when the cells are in “harmony,” that is vibrating at a speed which they are most comfortable, disease simply cannot exist.

Rife’s machine came along only after transducer technology was fairly common, but the results of the predecessor machines were not consistent or predictable. The Rife machine changed all that, and this is when electro-medicine was demonized.

Likely because Rife proved that microorganisms are affected by resonant frequency in the mid-1920s, Universal Pictures came out with the movie, Frankenstein, in the 1930s which helped to demonize electro-medicine of all kinds. This single movie, along with other tactics caused Rife to have to downplay his device. The device soon fell into disrepute, and his intellectual property was seized. The AMA (American Medical Association) likely destroyed Rife’s reputation from there, and we have heard little about electro-magnetic resonance to cure almost every ailment since.

Royal Rife’s technology is still alive, though. You can see various versions of it promoted even by the puppets of mainstream medicine like Dr. Oz in the form of Pulsed Electromagnetic Field Therapy (PEMF), but you can also apply it yourself using other forms of vibration like sound, color, and light. Thousands of years ago, for example, the Egyptians built healing temples of light. Bathing a patient in specific colors of light produced certain, desired effects. Today we know that even a blindfolded person will experience physiological reactions under different colored rays. In other words, the skin sees in technicolor, because it is affected by electromagnetic changes, or the vibration of matter.

Changing the Bio-Electrical Field, the Life Force

Our Life Energy is basically excited molecules or vibration. It can be lowered or raised by our exposure to other vibrations. These vibrations are composed of ions (electrolytes) that carry a positive or negative charge. This is known as magnetism or energy and is found in all living things. Unlike static electricity in which the ions fly in all directions, electricity in living beings has direction and is organized.

When subjected to highly cohesive forms of energy like certain colors, music, or light, the body’s Life Force comes into harmony.

QUANTUM PHYSICS

The Good Vibrations of Quantum Field Theories

By Don Lincoln

It’s not unusual for me to receive mail questioning quantum mechanics and special relativity. I’ll admit, these ideas can sound a bit crazy. For some people, these ideas are simply too counterintuitive to accept. Occasionally, I can convince a correspondent that they accurately describe the universe. But I have some bad news for my pen pals: physicists no longer think about the universe in these simple terms. Our experiments have long shown the subatomic realm to be far more mind-blowing than those modestly-perplexing ideas. It has been nearly a century after all. In the words of my teenage daughter, those ideas are soooooooo 1920s.

Quantum mechanics tells us that an electron is both a particle and a wave and you can never be certain what it will do. Relativity tells us that clocks aren’t absolute, distances depend on the observer, and that energy can be converted into matter and back again. These ideas are still correct, but they’re just the tip of the iceberg.

Physicists now use a class of theories called quantum field theories, or QFTs, which were first postulated in the late 1920s and developed over the following decades. QFTs are intriguing, but they take some getting used to. To start, let’s think only about electrons. Everywhere in the universe there is a field called the electron field. A physical electron isn’t the field, but rather a localized vibration in the field. In fact, every electron in the universe is a similar localized vibration of that single field.

Electrons aren’t the only particles to consist of localized vibrations of a field; all particles do. There is a photon field, an up-quark field, a gluon field, a muon field; indeed, there is a field for every known particle. And, for all of them, the thing that we visualize as a particle is just a localized vibration of that field. Even the recently discovered Higgs boson is like this. The Higgs field interacts with particles and gives them their mass, but it is hard to observe this field directly. Instead, we supply energy to the field in particle collisions and cause it to vibrate. When we say, “we’ve discovered the Higgs boson,” you should think “we’ve caused the Higgs field to vibrate and observed the vibrations.”

This idea gives an entirely different view of how the subatomic world works. Spanning all of space are a great variety of different fields that exist everywhere, just like how a certain spot can simultaneously have a smell, a sound, and a color. What we think of as a particle is simply a vibration of its associated field.

This has significant consequences on how we think about how particles interact. For instance, consider a simple process whereby two electrons are fired at one another and are scattered. In the quasi-classical view of scattering, one electron emits a photon and then recoils. The photon travels to the other electron, which also recoils. This is like having two people in boats and having one of them throw a sack to the other—the thrower’s boat moves in response to the mass of the sack, as does the catcher’s boat.