Principle of function of bio-field scanner, technical documentation
Each particle has a spatial field attached to it.
The existence of these fields, which have not been
described by physics yet, allowed the start of the study of events that due
to their atypical characteristics do not fit with the current physical
understanding of the world.
The measurement is based on construction of measuring probes and their filling
with non-homogenous ball radiating files and system of transfer of intensity
of this field into an electrical signal.
The principle of the function of scanner of the bio-fielde
The glass probe with the filling emitting a ball energy field is led at a constant
speed through the scanner (on the animation, the maximum intensity is marked grey).
The local maxima of the curved (marked A,B) correspond to the point of the contact
between the scanner with this ball surface.
The space energy field of the probe is transferred along a single conductor
to a convertor of the bio-field - an electrical signal. The signal is transferred
from the convertor bipolar into the electronic evaluation system which is
connected to a digital memory oscilloscope. The oscilloscope allows storage
of the recorded dependencies on a PC.
The described way of measuring proves the existence of space energies linked to
matter and transferred along one conductor. (this amongst other things implies
the feasibility of measurements for example with EAV - by placing the items on
a bowl connected with one conductor to a measuring equipment).
notes to the chart:
1) The values of intensities of the emitted energy fields of the measuring probes
have not been defined by any units. Because of the wide range of these fields,
they have not been set yet. The value of the amplitude of the curve in the chart
is proportionate to the intensity of the energy field. A decrease of this
amplitude points towards a damage, degeneration or destruction of the active
matter within the probe, an increase of the altitude then points towards a
change resulting in increased radiation. Experiments have been carried out
in order to evaluate the existence of the changes induced by the researched
phenomena by comparing the level of amplitudes of the measured curves before
and after the event.
2) The other arm of the oscilloscope for independent measuring is irrelevant,
it is used for calibration of the position for possible phase measurements and
digital processing. Red highlights of the horizontal line are added to simplify
the deduction of the diagnostic changes.
probes that can be taken apart containing filling developed in the lab
It is a good idea to realise that the measurements listed below are purely technical.
There is a sample, an electronic scanner has been built allowing recording of these
so-far unknown fields in a way that the current science does not allow.
The recording of the oscilloscope confirms the existence of these energy
fields and the possibility of influencing their structure. Science requires proofs by measuring.