Frequency patterns that show up in the blood count

Basic formations that form in the hydrogel structures

Henry Jenny 1904 - 1972

The comparative images are taken from the book: CYMATICS - A study of wave phenomena and vibrations

A complete compilation of the two original volumes by Hans Jenny.

Volume 1, 1967 - The structure and dynamics of waves and vibrations.

Volume 2, 1974 - Wave phenomena, oscillation effects and harmonic oscillations with their structure, kinetics and dynamics.

The comparison images from the blood have all appeared under my microscope over the last few months.

At present, we are still seeing very rudimentary forms, but these will probably develop further over time. Let's start:

A train of waves generated on a vibrating diaphragm. There are no transverse waves.

The same formations that appear in the blood:

This is again a photo of a “flowing figure”. Lycopodium (spores of Lycopodium) was used to indicate the currents. Frequency 8500 cps.

The arrows show the direction of flow of the of the particle streams. The material is Lycopodium. Plate 25x33 cm. Thickness 0.5 mm. Frequency 8500 cps. This picture shows a section.

You can even recognize the circular “flow” of the movement inside this structure.

Here, a glycerine layer is made to vibrate by a sound that acts on a membrane. The result is a continuous shape pattern. It is also the pattern on which the development of a spine is based.

The following photo shows turbulence.

They are not turbulence in the sense of hydrodynamics, but were generated by vibrations. They appear, disappear and reappear. They are therefore unstable waves that have a complex and swirling appearance.

They occur in particular in and near boundary areas between two different movement areas or between dynamic and static areas.

The following video example shows how all the blood literally dissolves and turns into a flowing mass. This happened relatively quickly after removal on the edge region of the slide.

The most worrying aspect of this image is the extremely rapid liquefaction of the red blood cells. There must be a very aggressive substance in the blood, otherwise this process would not take place within a very short time. If we imagine the process further, a complete liquefaction of organs would be possible, most likely where there is a lot of blood flow - such as in the heart.

When a liquid film is irradiated by sound, patterns of the type shown in the following figures can be visualized by the schlieren method. A complicated grid of squares, diagonals and verticals appears. Curves, circles and radiating patterns are created. But here too, number, proportion and symmetry prevail. Turpentine oil was used in the experiments shown here. Such harmonic patterns can be produced in films of many different liquids by vibration.

Order prevails right down to the smallest corner. Such cymatic effects also occur on a microscopic level and are still clearly recognizable even after the original has been magnified several hundred times.

We recognize that these figures and processes occur in every dimension.

All these pictures were taken with the help of one loudspeaker. However, we are not only exposed to one radiation source, but several that work together to create more complicated fractal patterns, here is a video showing thread structures with wall patterns, using two loudspeakers.

The beauty of sound, noise, waves, energy - whatever we want to call it at the end:

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