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Aschoff stimulus test
Olaf Baumunk is a bioplasmatician and runs an Institut für Resonanzphänomene in southern Germany. He tests the effects of products on the human organism. For this he uses the Aschoff stimulus test.
The Aschoff stimulus test is so far the only bioelectronic test to have been granted a German federal patent. After the patent expired, the Aschoff family obtained statutory utility model protection for the test.
How the measurements are taken
In the Aschoff stimulus test, skin resistance is measured at the 10 Ting points of the left hand. (Editor’s note: Ting points are acupuncture points at the fingernails.) MP 1 – 10 are the measuring points of the fingers.
The Aschoff stimulus test assumes that a higher skin resistance value indicates a poorer bioenergetic condition, and takes 40 kilo-ohms as the ideal value for a healthy person. This baseline value is rarely reached; measurements are usually between 60 and 70 kilo-ohms.
Three measurements are taken per product: without exposure (blue line), under exposure without the product (red line) and under exposure with the product (grey line).
The exposure used in the test: a live connection between two mobile phones, with the test person sitting between them, plus the live connecting cable (1800 watts) of a switched-on electric heater around one of the test person’s legs.
Skin resistance is not a health value. The measurement series show what was measured — they do not prove a medical effect. In each case the measurements were taken on one test person; that is a single case, from which no general statement follows.
Olaf Baumunk tested the following products:
BodyCard
Blue: without exposure. Red: under exposure, without the BodyCard. Grey: under exposure, with the BodyCard in a trouser pocket. Test person: male, 64 years old.
Skin resistance is not a health value. The measurement series shows what was measured — it does not prove a medical effect. The measurements were taken on one test person; that is a single case, from which no general statement follows.
BioRing
Blue: without exposure. Red: under exposure, without the BioRing. Grey: under exposure, with the BioRing on the finger.
Skin resistance is not a health value. The measurement series shows what was measured — it does not prove a medical effect. The measurements were taken on one test person; that is a single case, from which no general statement follows.
BioPatch
Blue: without exposure. Red: under exposure, without the BioPatch. Grey: under exposure, with a BioPatch on the headphone headband. Test person: male, 21 years old, computer science student.
Skin resistance is not a health value. The measurement series shows what was measured — it does not prove a medical effect. The measurements were taken on one test person; that is a single case, from which no general statement follows.
BioPendant
Blue: without exposure. Red: under exposure, without the BioPendant. Grey: under exposure, with the BioPendant around the neck. Test person: male, 64 years old.
Skin resistance is not a health value. The measurement series shows what was measured — it does not prove a medical effect. The measurements were taken on one test person; that is a single case, from which no general statement follows.
BioBracelet 2.0
Blue: without exposure. Red: under exposure, without the BioBracelet 2.0. Grey: under exposure, with the BioBracelet 2.0 on the wrist. Test person: male, 64 years old, with a longer car journey before the first measurement.
Skin resistance is not a health value. The measurement series shows what was measured — it does not prove a medical effect. The measurements were taken on one test person; that is a single case, from which no general statement follows.
BioBracelet
Blue: without exposure. Red: under exposure, without the BioBracelet. Grey: under exposure, with the BioBracelet on the wrist. Test person: male, 64 years old.
Skin resistance is not a health value. The measurement series shows what was measured — it does not prove a medical effect. The measurements were taken on one test person; that is a single case, from which no general statement follows.
Other tests
GDV camera tests
GDV means: Gas Discharge Visualization (gas discharge process) The method records the electrical discharge at the fingertips. According to the manufacturer, gas discharge technology makes it possible to record and analyse this field as a whole and in relation to particular organs and organ systems. A digital camera records the discharge, and software converts the recording into colour representations and index values.
Emissions Analytics
Our CarTuner harmonises the vehicle's electrical energy field. In our experience, and according to the feedback of many customers, electrosmog is no longer perceived as a burden in such an environment.
Nila's test - Cologne
Once again we wanted to know more precisely, and asked Olaf Baumunk, head of the Institut für Resonanzphänomene in Häusern, Baden-Württemberg, to accompany us on a house harmonisation and to use one of his many test devices to examine the extent to which harmonising the house affects its residents.