Even Dr. Emoto’s work has been criticized. So, in light of all that, I was interested in taking a look at the biophotonics form of assessment.
Biophotonics as described in Wikipedia is a combination of imaging technology and therapeutic applications. It utilizes light, or photons, in the "development and application of optical techniques, particularly imaging, for the study of biological molecules, cells, and tissue." In other words, it is able to detect small levels of light being emitted from biological sources and determine the health and energy levels of those sources.
This is the video below that my friend passed on to me on Facebook from YouTube:
In this video you will see several different water structuring devices tested by measuring the resulting water with a Biophotonic Light Imaging scanner. The results are quite interesting. Let me say upfront though, I am not trying to endorse or disparage any particular devise by presenting this video. I am more interested in the results of the scans that were done on specific sound frequencies that the water was treated with.
The two frequencies that were used were the 432 Hz frequency and the 528 Hz frequency. (I have written an article on my website comparing these two frequencies.) Both frequencies showed much higher levels of photon emissions than the water produced from the other devices. Intuitively, this makes sense. Sound is energy traveling in waves through a particular medium like water or air, and it is not surprising that this energy absorbed by the water would stimulate photon emission.
It is really fascinating to be able to see this in an image produced by a Biophotonic Light Imaging scanner. To me it is more evidence of what Dr. Emoto was showing with his original experiments many years ago. We know that in many chemical reactions, the addition of energy will help facilitate the rearrangement of the molecules involved in the reaction. Thus, it only makes sense that even water molecules will be enhanced by the addition of specific energy waves of sound.