User manual

User Manual Rayocomp PS 1000 Polar Page 2-

Chakras (Sanskrit: Chakra = wheel) are rotating energy fields, which integrate

many smaller energy fields, therefore taking over a higher control function.

Beside the main Chakras, which are the central control fields, the body has a

large number of smaller rotating energy fields. These small secondary energy

fields, which can be detected with the rod all over the body, can be seen as

mini- or side-Chakras. The Tibetan medicine recognises 76,000 Chakras.

Basically, these miniature- or side-Chakras own the same characteristics as the

main Chakras, so we can use them for exemplary investigation of the

fundamental properties of all biological energy fields and apply the results to

the other fields of the body.

If you hold the sensor directly to a Chakra with normal functions, you will

always see a rotation. A Chakra with increased physiological function, for

example the larynx Chakra, will possibly show a stronger rotation. Therefore, a

healthy field or Chakra will provoke a left or right rotation of the rod,

depending on the frequency.

One feature of the healthy organism is its polarisation capability, which is the

precondition for the transformation and integration of oscillations.

It enables the body to compensate disorders. The extent of this capability

depends on the health conditions of an individual.

This capability is essential for all living organisms. If an organism were unable

to function in this way, it could not maintain its own order against the

multitude of external, but also internal influences, for example pathological

oscillations of chronic inflammatory processes or toxins.

This polarisation and integration process is controlled by a great number of

centres of circular oscillation, the largest of them being the main Chakras. The

circular action polarises and integrates the oscillations. The functions described

above, taking the Chakras as example, are valid for all fields of the body. In

general, one might say:

If a field is disturbed in its function, the rotation of this field is also in disorder.

This disturbance finds its expression in a horizontal movement of the sensor.