Pi frequencies according to Peter Rosin, DVM
Pi frequencies are frequencies which, when multiplied by 2 π, result in an angular frequency and can be applied in medical frequency therapy.
The period of an angular frequency corresponds to a "linear" wave (measured in Hz) 1/s (rad/s).
In contrast to the frequency f, which provides information about the number of oscillation periods per unit of time, the angular frequency measures angular displacement per unit of time.
The angular frequency is measured in ω.
Since one oscillation period corresponds to a phase angle of 2 π, the angular frequency differs from the frequency by a factor of 2 π.
Treatment of a vestibular syndrome using a laser in pug "Elu"
Why are angular frequencies used in frequency therapy?
To date, medical frequency therapy has deliberately focused on linear frequencies.
In nature, linear and angular frequencies exist equally.
While linear frequencies influence and are influenced by cellular processes, angular frequencies stimulate atomic, i.e. neutron, proton and electron processes.
Since the electron spin, as a quantum mechanical property of the electron, describes an angular movement in the form of an ellipse around the atomic nucleus, it can be influenced by circulating (angular) frequencies particularly well.
Therefore, therapeutically implemented angular frequencies have a particularly good effect on atomic and molecular processes and influence complex systems that consist of them at the earliest possible stage of a deviation from control procedures.
Application example
Angular frequencies of the Nogier' frequencies
For example, multiplying the original Nogier` frequency of 1.14 Hz by 2 π results in an angular frequency of 7.162831250184729 ω.
This value can now be calculated in Hz using the sine function:
The frequency spectrum of the alpha waves (8-13 Hz) is reached at 11.25 Hz. They have a particularly beneficial effect on the brain. During alpha activities, calm and mental wellbeing predominate, and learning and abstraction achievements have their highest potential.
After decades of the successful application of Nogier's frequencies and their derivatives, it is sensible to check the medical effect of their angular frequencies and to compare the effects of linear frequencies with those of angular frequencies using the existing lists of indications.
Angular frequencies of the Nogier 'frequencies:
U 11.25
A 22.51
B 45.02
C 90.04
D 180.08
E 360.16
F 720.32
G 1440.64
L 2881.28
List of indications so far:
A π:
- Stimulation of cell metabolism
- Acute inflammation
- Acute and chronic edema
B π:
- Stimulation of nutrient processing
- Immunological reactions
C π:
- Fascia disorders
- Musculoskeletal system in general
- Support of dopamine-dependent processes
D π:
- Stimulation of coordination, symmetry
- Support of motor skills, gait, posture, fascia stability
- Support of memory performance, concentration, relation to space and time
E π:
- Fascia disorders
- Neurological diseases
- Neuropathic and tension pain
- Psychotraumas
F π:
- Stimulation of the basal ganglia
- Wound healing
- Distress, appetite disorders
G π:
- Stimulation of the cerebral cortex
- Psychosomatic illnesses
- Chronic pain disorders also as a result of pain memory
- Seizure disorders
U π:
- Establishment of homeostasis
L π:
- Laterality disorders (human): Dyscalculia, dysorthography,
- Disorders of intellectual learning processes, concentration disorders, memory disorders
Matches (to be added continuously)
At 360.13 Hz, E π is very close to the "frequency of negative Qi" (363 Hz) described by Prof. Bahr and others. Absolutely comparable effects can currently be determined when using both frequencies.
It is now up to us to check the first, very positive effects in a reliable manner and to apply them to other, tried and tested frequency spectra as well and to carry out checks here as well.
A further development of the Peter Rosin Foundation
