The Bion Experiment: B2- Testing Radiorgonomic Broadcasting on live samples of yeast

In this article I would normally refer you to my page on facebook to get an update as to what precisely this entire operation entails; however, in lieu of that I will provide this as the begining of this experimental trial on living tissue. Here is a sample I took from our specimen Sample "A" - Stinky I. Took last night about 130 minutes after inoculation into the agar medium.

you can see one parent cell and the other beside it is budding as would be expected in a freshly 'proofed' yeast sample. This was performed as a means of gauging the intensity of viewing of the microscopic examinations for this experiment. It was also "Stinky I"'s first photo shoot . Today prior to exposure to broadcast energy I took a sample of our control specimen Sample "B"- Stinky II. I will be providing some important details as to the broadcast but I will be taking samples of both prior to exposure.

UPPER: (on the left hand side near the bottom you can see Stinky II has also started the budding process i.e. reproduction and we have a few other scattered cells throughout).

ABOVE: (here we are looking at our sample prior to broadcasting. Stinky I seems to be developing at about the same rate as our control sample Stinky II.

The following figures correspond with the broadcast being performed. I will explain as much as I am permitted currently I cannot explain in too much detail as the process is protected by personal copyright so I will give a brief explanation as to it's relevance in this research.

Here is our audio spectroscopic reading as you can see our signal range is in the vicinity of 0 through- 20 Hz

our magnetic field has a density flux of 4278 micro teslas

confirmation of our magnetic analysis above giving us the same reading this validates our sample

our magnetic field is primarily located on the X and Z axis .

**Let's keep in mind that a magnetic field in this experiment bears some significance on the broadcast in the sense that it provides a sort of field in which the bions being emitted in the form of photons can find a local symetry with. In the same sense the information is transmitted in this field via Electromagnetic radiation through an FM signal being transmitted at (frequency witheld). "

Our radiation is at it's usual level generall ranges between 0.70 - 0.84 micro severts/ hour range . This is generally around 2.94 + microseverts/hour within the actual radioactive core itself.

Currently the time of broadcast initiation was about 6:45pm where the termination point for the broadcast will be about 7:45pm where we will once again take samples of both our control and our Radiorgonomic samples for comparison so stay tuned for the update!