Analemma Water EU

Our main test is an indirect biological assay based on biophoton emission of germinating plant seeds. Our early research showed that coherent water will produce a specific biophoton emission curve that differs from a curve produced by regular water. Since Aǹalemma water was originally created as a side-product of biophoton research, this remains our most reliable indirect assay for quickly measuring the changes in water.

Biophoton emission is tested using highly sensitive charge-coupled cameras. For our standardized tests, we are analyzing the biophoton emission curves produced by plant seeds during germination. Seed germination requires only water and light, so by keeping the light exactly the same, and changing only the water, we can assess the changes in the water by measuring the difference in metabolic activity of the seeds. It’s important to note that water coherence is part of an emerging scientific field, and there are currently no standardized tests for directly measuring the coherence of water using conventional technology. We used various tests to measure the size of coherent domains in Aǹalemma water, such as Raman, UV/VIS and NIR spectroscopy (also known as aquaphotomics), and temperature perturbations. However, these tests did not offer a sufficient level of reproducibility to be used for QA.