LIGHTEMISSION
Below is an overview of the research on water droplets exposed to the Analemma Water Inlay and then examined with corona-discharge analysis, also known from Kirlian photography.
Light around water
What does corona-discharge analysis show?
WHAT IS CORONA-DISCHARGE?
Corona-discharge is a physical phenomenon in which gas around an object is ionized under the influence of a high electric field. This can become visible as a luminous edge or glow. In research, this emission can be captured on photographic material and then digitally analyzed.
For water droplets, the measured emission occurs at the boundary between the liquid water droplet and the surrounding air. Therefore, the shape and magnitude of the recorded emission can say something about how the water sample behaves under these specific measurement conditions.
A drop of water as a measuring point
In this study, a control sample of distilled water was compared with a distilled water sample exposed to the Analemma Water Inlay for 10 minutes.
Both samples were examined under the same controlled conditions. In the process, temperature, humidity and lighting were standardized so that the difference between the samples could be viewed as purely as possible.
The corona emission was recorded on photographic film, then scanned and digitally analyzed. The area of recorded photon emission was then measured.
What was there to see?
The images show a clear difference between the control sample and the Analemma Water sample. A larger and spatially wider emission was recorded around the treated water sample.
The study found that the water sample exposed to the Analemma Water Inlay showed a 24.7% larger recorded photon emission area than the untreated control sample.
A broader spatial distribution
The researchers describe this result as a broader spatial distribution of the observed electrical corona emission. In other words, under the same measurement conditions, the emission around the treated water droplet developed more extensively than around the control water.
This does not mean that the water “lights up” under ordinary everyday conditions. It involves a specific laboratory measurement in which water droplets are exposed to an electric field and the resulting corona emission is recorded.
What did the research show?
This study showed that after 10 minutes of exposure to the Analemma Water Inlay, a distilled water sample had a significantly larger recorded photon emission area than untreated distilled water.
The difference was 24.7%. Within the context of this measurement method, this indicates a change in the way the water sample reacts at the boundary between water droplet and air under the influence of an electric field.
Conclusion
The corona-discharge analysis shows that Analemma-treated water in this test showed a larger and more extensive emission pattern than the control water.
In the Kirlian study, a 24.7% larger recorded photon emission area was measured in the Analemma sample compared to the control sample .
Thus, this research supports the broader view that Analemma Water is not so much chemically different, but can behave measurably differently in physical tests that look at structure, interaction and energetic response of water.
