The principles of present-day radionics were laid down by the American doctor, Dr Albert Abrams (1863-1924).

 

In the context of his work into differentiation between various symptoms by means of an automatic reflex movement of the stomach of a patient detected by percussion. He discovered an empirically defined arrangement of variable resistances (potentiometer).

 

In this context, the patient was connected via a forehead electrode to the “input” of a variable resistance box. At the “output”, a healthy person was connected, also via a forehead electrode (Test person). On the abdomen of the test person, it was now possible to diagnose the pathology of the patient on the basis of settings of the decade resistance by means of the special knock reflex. He named this instrument the Reflexophone (see illustration to the left).

 

It was not until later that Abrams found that it was not even necessary for the patient himself to be present. It was adequate for him to be replaced by a blood sample (as a “specimen” or “proof”). This specimen was poured into a metal cup which (in place of the patient) was connected to the “Input” of the variable resistance box.

 
Attribution of resistance values to organs and symptoms

 

For example, with this layout, Abrams discovered that cancer can be measured at 50 Ohms, gonorrhoea at 52 Ohms etc. If the blood specimen of a cancer sufferer was poured into the metal cup and the variable resistance box set to 50, on the abdomen of the test person a positive reflex would be obtained. If on the other hand for the same patient specimen a setting of 52 (gonorrhoea) was set on the variable resistance box, this positive reflex disappeared (provided that the patient was not also suffering from gonorrhoea). Thus, Abrams developed a series of lists on which organs, symptoms, viruses, bacteria, etc. were allocated to empirically determined resistance values.

 

With this rate and the variable resistance box, it was thus possible to diagnose a patient on the basis of his blood specimen and to reach conclusions as to the conditions of his organs etc.

 
The first medicine testing

 

Abrams also found out that this layout made it possible to examine the effect of medicines, particularly homoeopathy. He poured into the cup containing the patient specimen a corresponding medicine. If this medicine helped the patient with his condition, then the positive reflex on the abdomen of the test person would disappear.

 

If, for example, the specimen of a malaria patient was poured into the cup and the corresponding value for malaria had been set on the variable resistance box, on the abdomen of the test person a positive reflex would be obtained. If a medicine to cure malaria, such as Quinine, was combined with the patient specimen in the cup, then the positive reflex would disappear, i.e. quinine would help this patient to combat malaria.

 
The Stick Pad Detector

 

Abrams always required one healthy person to be prepared for his diagnosis, whom he could connect to his apparatus and on whose abdomen he would obtain the corresponding percussion reflex. Since the test person

1. had to be predominantly healthy and
2. had to be paid,

the idea of substituting the abdomen of the testperson with a latex membrane was arrived at. It was a success! Instead of a percussion reflex, a stick effect on the latex surface (“Stick Pad”) was obtained. In the course of time, experiments were performed with various materials for the Stick Pad. Nowadays, we use acrylic in Radionics equipment.

 

For Abrams and his colleagues, these discoveries could be explained as phenomena of electrically-measurable radiation. Abrams set out his explanation of these phenomena in his “ERA” (Electronic Reaction of Abrams). According to “ERA” an imbalance of electrons in the cellular atoms is the cause of all disease.

 

The term Radionics was then invented by students of Abrams, by combining the two words radiation and electronics. This implies that in radionics it is possible to measure a fine radiation withelectronic instruments designed specifically for the purpose.

 

Abrams’ student, Ruth Drown was the first to define the radionic instrument as a modulator of the life force. She produced the concept of harmonising the de-tuned life force using the radionic instrument (see Hahnemann’s Homoeopathy). For that reason, her process is also called the Homo Vibra Ray which implies that it is a human vibration radiation.

 

Using this fundamentally different interpretation, Drown abandoned the customary unit employed by Abrams for electrical resistance, ohms, after the numerical values, and thereafter called them rates. Cancer was now referred to not as 50 Ohm but rate 50. Thus it became clear for the first time that in this connection we were concerned with a phenomenon which can no longer be explained by mechanistic physics as employed to date.

 
Radionic Broadcasting

 

Ruth Drown was the first person to use the radionic instrument not only for diagnosis but also for therapy. She discovered that this therapy also operated over distance, if a blood specimen of the patient was laid on the instrument. Her explanation of this phenomenon was that the rates exert a background presence in the “atmosphere” and can be received by a person. The setting of a “rate” on the instrument would set up a resonance in relation to this rate between the instrument and the patient, and thus increase the person’s “receptivity effect”. She named this process “Broadcasting”, a reference to the radio technology which was emerging at that time.

 

The ideas of Dr Albert Abrams and Ruth Drown are still to be found today in the theory of the morphogenetic fields of the English biologist and philosopher Rupert Sheldrake. Sheldrake works on the assumption that the morphogenetic fields contain all information concerning the structure and form of each organism, including inanimate material. These fields have a holographic structure, which means that the corresponding information is theoretically omnipresent in the universe and can be called up accordingly. The morphogenetic fields are not essentially electromagnetic and are presumably on a plane other than space/time. The physicist Illobrand von Ludwiger describes the morphogenetic field as the 5th and 6th dimension described in Heim's theory (see below). Also Roger Penrose (Stephen Hawking's teacher) has determined dimensions 5 and 6 but has not linked them necessarily with the morphogenetic field. Watch the following video for a detailed explanation on Morphic Resonance fields to gain a better understanding on this modern hypothesis and its supporting evidence;

 

(Click here to read views on the limitations of classical science in a Rupert Sheldrake talk banned by TED).

 

The existence of such a plane transcending space/time has even been postulated as an inevitability by some physicists. David Bohm, in this connection, refers to a holographic universe and defines the two areas of existence as having an implicate (folded-up) and and explicate (unfolded) order. The implicate order, also referred to as the enfolded order, is seen as a deeper and more fundamental order of reality. In contrast, the explicate or unfolded order include the abstractions that humans normally perceive. For a greater depth of understanding, read the description on Wikipedia or watch the following video for a short visual to enhance your understanding;

 

 

The German particle physicist Burkhard Heim in 1944 lost his hands and 90% of his eyesight and hearing as a result of a laboratory accident. As a result of this severe handicap, he developed a new internal awareness and was able to postulate a theory which defined how life and psyche are connected into the material processes of our world. This led to the first steps of a unified theory and he published many scientific papers which eventually led to Heim's quantum field theory in physics. A complete translation of his work from German into English has been recently been published and is available by clicking here.

In short, Heim had the belief that in addition to our three spatial dimensions and time as the fourth dimension (= space/time) there exist further transcendent dimensions to which humanity can refer, thanks to the particular characteristics of his awareness. In these higher dimensions (hyper space) there is information which controls the structure and processes of the lower dimensions via syncopes. This hyperspace thus performs the function of a control field. It can be seen that there exist flows of information throughout body and mind (image below, left), but also (necessarily) between higher dimensions (image below, right side), which for example keep life processes on a stable level. These flows do not just go from higher levels or dimensions to lower ones, but also in the opposite direction (feedback system).

The interesting feature of Heim’s quantum field theory is that it can provide more precise information after the material world (e.g. the mass of electrons) than - for example - quantum theory.

 

Heim's research focuses on the human being and the universe as a whole. Contrary to popular science, Heim did a geometric description of the nature including all its fields and particles. The result was that man and matter must exist in a 6-dimensional universe, so this is a mandatory physical necessity. These two additional dimensions correspond to a structural dimension (or probability fields; negative entropy) and its temporal dimension update. Both dimensions are independent of our space-time continuum (space + time). This model was later expanded together with the Viennese physicist Walter Dröscher by 6 hyper dimensions. The dimensions 7 and 8 correspond to informational dimensions and the dimensions 9 to 12 to a space that is, according to Heim, physically difficult to describe. But these upper four dimensions can intervene everywhere and to any point in time, and are described by some researchers as dimension X. Modern string theory mathematically supports the existence of these dimensions mathematically, although scientific proof in a laboratory of these dimensions is not currently possible due to the boundaries by which we are bound in mechanical science as described above.