In this article, I present the redesign and construction of a Phryll generator . I also performed electro-photonic measurements with a GDV camera to demonstrate the photonic emission of this generator.

The context

A summary of the technical details of the generator

The Phryll generator is composed of:

• un quartz crystal, with a specific shape: the Vogel size
• another dual coil covering the Vogel crystal, which is positioned vertically
• the latter is connected to a pulse generator (electric)

When the Vogel crystal is electrically stimulated by the coils surrounding it, it will emit radiation called Phryll, from the upper tip of the crystal.

The 4096 Hz frequency activates the geometric resonance of a quartz lattice. Combined with a torsion field, it creates the Phryll.

JEN HAN, p 96

This is beneficial to living things in the vicinity . When the crystal is stimulated to a much higher level, it can be used as a free energy generator.

1 The Vogel crystal

2 The double reel 

3 The pulse generator

Improved the design of Phryll's generator

Instructions and plans are available on the website managed by Dan Willis.

Measurement of the Phryll emitted

When I joined the project, the scientific team was working on different ways to assess Phryll scattering . Standard measuring instruments cannot detect Phryll emission, which is produced by a scalar wave field (or torsion field). Discussions with Jen Han Eredyon established the link between Phryll and the photonic field.

Gravity creates phryll, phryll creates light.

JEN HAN, p135

Being the owner of a GDV camera working in the electro-photonic field, we then thought about a way to measure the device.

The measurement process

The measurement is taken in a 9 m² room, without any electronic devices other than those used for the measurements. The measurement session lasts one hour, for one measurement per second. We therefore have a graph with 3600 points. 

2 sessions of environmental measurements will be taken following:

• without crystal 
• pulsed crystal, pulse generator on

These measurements will be multiplied to be compared. 

Units measured 

The values ​​expressed in pixels reflect the level of activity of the place. Activity level can be influenced by many physical factors:

• air chemistry
• air humidity
• air temperature
• air pressure
• magnetic fields
• electromagnetic fields
• geo-active zones
• the concentration of ions in the air
• the living beings (including bio-photons emitted by living things)

The goal of the experiment is to control all these factors, so that there are no variations in them. In the case where a difference in activity level is measured, then it will certainly be linked to photon emission. 

To limit EMF disturbances:

• The GDV camera is located more than 50 cm from the antenna. 
• The PC is also placed 50 cm from the camera. 
• The pulse generator is more than 50 cm away from the crystal. 
• Additionally, no people should be present in the room during the measurements. 

Note: for a better visualization of the layout, the elements have been brought together in the photos below.

Environmental measurements with the sputnik antenna 

We see a higher level of activity when the crystal is pulsed, compared to an empty room without a device.

These results are encouraging, as it shows possible photon emission when the crystal is stimulated by the pulse generator.

However, the activity level values ​​vary a lot, from 122 to 554. Indeed, the antenna measures in all directions around it, it is sensitive to all physical parameters around it.

Here we have 276 px/s on average over 3 series of measurements with the Sputnik antenna.

I then look for a way to measure the activity at the upper end of the crystal only. 

A pyramid-shaped antenna

In communications with Jen Han, he states that the more powerful Phryll generators have a pyramid-shaped Phryll collector.

New measurements with the pyramidion 

I then restart measurement sessions. I use a shorter connection wire with the antenna, which will increase the sensitivity of the latter. The absolute value is lower than with the sputnik antenna, which is not important because we are comparing relative values.

Indeed, according to the 3 sets of measurements below, we have a difference between "no crystal" and "pulsed crystal" of 640, 142 and 323 px respectively. This gives an average of 370 px/s across these 3 measurements.

Viewing raw measurements

The graphs presented above are in analysis mode, that is to say that the taking of one measurement per second has been grouped into a bar graph. Below are the raw measurements, in purple the graph of the pulsed crystal is clearly above a graph with an absence of crystal.

More dramatically, we can see variations in activity level:

• by placing the crystal under the pyramidion 
• then turning on the generator 

We see a peak on the graph, with values ​​remaining at a higher level. 

Passive photonic emission?

It is possible that the increased activity level of the "pulsed crystal" state is linked to electromagnetic emission from the pulse generator. I therefore decided to add a new step to the measurements, " with the crystal alone" (pulse generator off), in order to invalidate this hypothesis and to check if the crystal has photonic emission in passive mode.

We are therefore always interested in the results in relative value, by comparing the average values ​​of these 3 cases:

• No crystal
• with the crystal alone
• Pulsed crystal 

I carry out 2 series of measurements

• We see a first increase in activity level when the crystal is present under the antenna, without pulsations (purple bar). What supports thehypothesis of weak photon emission without pulses.
• A second increase when the generator is turned on (green bar).
• In the second series of measurements, the GDV camera was set to take measurements every 5 seconds, instead of every second. There are five times fewer measurements over an hour. Heating in the camera housing is thus limited. The results remain consistent with previous ones.

We have a difference of 262 px and 383 px respectively between crystal pitch and pulsed crystal. This gives an average of 322 px/s across these two measurements.

Summary of measures

In my measurement campaigns, I was not able to respect an identical measurement schedule. Differences in temperature and humidity could have impacted the absolute results (even if they remained within the manufacturer's recommended values). However, new measurement sessions made it possible to consolidate these results.

Next steps ?

Some measurements were taken by placing an LED under the crystal, or by directing a laser at the crystal. Although not numerous, a higher level of activity was observed in this configuration. Once the lighting setup is fixed, it would be interesting to conduct a series of measurements with a pulsed light source.

A next step could be to measure the increase in vitality (decrease in stress, increase in overall energy) on a subject located near the Phryll generator.

An evolution of Phryll's generator can also be considered, for example with six crystals pointing towards the central crystal . Elena Danaan has already presented such an arrangement in one of her books. A prototype of this kind has also been measured with a higher level of activity than when there was only one crystal.

We can also imagine a variant with a passive Phryll generator with a crystal on its base, or grouping the crystals for passive use without pulsations.