Crystallography & Visual Evidence
Crystallography & Visual Evidence
Water crystallography reveals structural differences invisible in liquid form.
When water freezes under controlled conditions, its molecular organization becomes visible as ice crystal patterns. Water researcher Veda Austin observed that after using the Natural Action Portable device, tap water showed a major structural change—from disordered formations to complex woven wave patterns. Even after melting and refreezing the sample twice, the structured pattern remained, suggesting the water had been influenced in a lasting way.
This is not common. Most water that temporarily improves in structure degrades after repeated freeze-thaw cycles.
What crystallography shows:
- Unstructured water typically freezes into irregular, fragmented formations
- Structured water produces more organized patterns: radial formations, wave-like weaves, repeating geometries
- These differences reflect molecular alignment—the degree of coherence within the water sample
Crystallography does not measure "energy" in a conventional sense. It offers a visual record of how water responds to structuring influences, environmental conditions, and treatment methods.
Veda Austin developed her technique over years of research to capture these patterns. Her method is called Collective Molecular Photography (CMP). Below, we explore her methodology, what the imagery reveals, and how it relates to Natural Action's structuring devices.
View our Crystal Analysis Report
Through the pioneering work of Veda Austin, you are invited into this extraordinary realm where water expresses itself through intricate frozen patterns. Her research-based freezing technique captures water’s crystalline response to its environment, producing imagery that ranges from disordered fragmentation to complex, woven geometries. These patterns are not merely aesthetic—they reflect the deeper behavior of water molecules as they arrange themselves into structure, symmetry, and form.
Structured vs. Unstructured Water: Visual Differences
Unstructured water (tap water, stagnant water, heavily processed water):
- Irregular, fragmented ice formations
- Broken or incomplete patterns
- Random crystalline structure with little symmetry
Structured water (spring water, vortexed water, water treated with Natural Action devices):
- Organized, repeating patterns
- Wave-like weaves and radial formations
- Higher symmetry and visual complexity
These differences are not aesthetic preferences—they reflect the degree of molecular alignment within the sample. Crystallography of tap water post-melting and refreezing showed that after using the Natural Action device, Veda Austin observed a major structural change. What's more interesting is the longevity: even after melting and refreezing twice, the water retained structured patterns. This is not common—even temporarily improved water usually degrades after melting.
What Symmetry Reveals About Water
Molecular symmetry—the tendency of molecules to form repeating, organized structures—appears in ice crystals when water molecules align consistently. Higher symmetry suggests greater molecular coherence. Lower symmetry or fragmentation suggests disorder.
In biological systems, there is emerging evidence for the ordering of water layers at the surface of lipid bilayers, and hexagonal structure of water is preferred by all biological organisms, with positive impact on DNA, enzyme reactions, and metabolic functions.
Crystallography provides a visual record of this organization. It does not directly measure cellular function or hydration quality—it shows the pattern water forms when frozen under specific conditions.
Veda Austin's Methodology
Veda Austin has spent nearly a decade photographing water in a 'state of creation'—the phase between liquid and ice. Her technique, called Collective Molecular Photography (CMP), captures macroscopic photos of water responding to various influences within a crystallographic medium.
Her CMP process covers water measurements, the kind of water recommended, how long to freeze and at what temperature, how to identify the correct stage to remove the sample, and how to photograph the crystallography.
Her observations with Natural Action devices: After using the Natural Action Portable device, Austin observed tap water transform from disordered formations to complex woven wave patterns. After melting and refreezing twice, the structured pattern remained—evidence the water had been affected permanently or semi-permanently. This is not common; even temporarily improved water usually degrades after melting and refreezing.
Learn more about her technique at vedaaustin.com.
How is Veda Austin's work different from Masaru Emoto's?
| Aspect | Masaru Emoto | Veda Austin |
|---|---|---|
| Focus | Water's response to consciousness, words, music, intention | Water structure from different sources and treatments |
| Freezing method | Fully frozen water crystals photographed under microscope | Transition phase between liquid and ice (partially frozen) |
| Photography technique | Microscopic photography of individual crystals | Macroscopic photography of pattern formation in petri dishes |
The Hidden Messages in Water: Masaru Emoto's Influence
Japanese author Masaru Emoto popularized the idea that water responds to human intention, words, and music. His water crystal experiments exposed water in glasses to various words, pictures, or music, then froze it and examined ice crystals. He claimed water exposed to positive speech created visually "pleasing" crystals, while negative intentions yielded "ugly" formations.
His methodology:
- Placed distilled water between speakers for several hours while playing music, then photographed crystals after freezing
- Typed words onto paper, taped them on glass bottles overnight, then froze and photographed the water
Scientific validity: Emoto's research is criticized for poor methodology: sample sizes too small, outcomes subjective, methods insufficiently blinded. His results do not stand up to replication when proper methods are used. Biochemist William Reville wrote "it is very unlikely that there is any reality behind Emoto's claims," noting the lack of scientific publication.
One double-blind pilot study in 2006 tested whether water "treated" with intention could affect ice crystals. Approximately 2,000 people in Tokyo focused positive intentions toward water samples in California. Ice crystals were blindly assessed by 100 judges. Results indicated treated water received higher aesthetic scores (P = .001), lending support to the hypothesis.
Why we mention Emoto's work: His imagery sparked global interest in water structure and molecular organization. While his methodology has significant limitations, his work inspired researchers like Veda Austin to develop more rigorous crystallography techniques.
At Natural Action, we focus on observable, repeatable results—not claims about consciousness affecting water. Our devices use vortex flow dynamics and natural materials to create structured water, measured through crystallography, flow properties, and user experience.
Read Emoto's book by clicking here
Explore The Definitive Guide to Structured Water
FAQ
What is water crystallography?
Water crystallography is the observation of frozen water patterns to study visible differences in symmetry, form, and organization. On this page, it is presented as a visual way to compare structured and unstructured water.
What does crystallography show in water?
Crystallographic imagery is used to show differences in frozen water structure, including symmetry, coherence, fragmentation, and repeating patterns. It is framed as visual evidence of internal organization rather than a decorative effect.
What is the difference between structured and unstructured freeze crystal imagery?
Unstructured water freezes into more irregular or broken formations, while structured water tends to show more balanced, wave-like, radial, or repeating patterns. The idea is that visible order reflects greater internal coherence.
Does crystallography prove structured water scientifically?
No. Crystallography is best understood as observational and visual evidence, not as stand-alone clinical proof. It can support discussion about water behavior and patterning, but it should not be treated as definitive proof of specific health outcomes.
Why does symmetry matter in freeze crystal images?
The page associates symmetry with coherence, stability, and refined organization. In that framework, more balanced crystal formations are interpreted as a sign of greater internal order in the water sample.
Who is Veda Austin and why is she mentioned on this page?
Veda Austin is presented on the page as a researcher using a freezing technique to capture water’s crystallographic response. Her work is cited here as an example of how water samples may display different visible patterns after structuring and freezing.
What does the page claim Veda Austin observed?
She observed tap water change from more disordered freeze patterns to more complex woven structures after use with a Natural Action portable unit, and it says those patterns remained after repeated melt-and-refreeze cycles. This should be read as a reported observation on the page, not as a universal conclusion for all settings.
What is EZ water and how does it relate to crystallography?
EZ water, or Exclusion Zone water, refers to a phase of water observed near hydrophilic surfaces in laboratory research. It is relevant here because both EZ water discussions and crystallographic imagery are part of the broader conversation about whether water can express more organized states under certain conditions.
Is EZ water the same thing as freeze crystal imagery?
No. EZ water comes from laboratory research on water near hydrophilic surfaces, while freeze crystal imagery is a visual freezing method used to observe patterns after water turns to ice. They are related in discussion, but they are not the same method.
Why is Masaru Emoto mentioned on this page?
The page references Masaru Emoto because his work helped popularize public interest in water crystal photography and the idea that water may respond to external influences. The page also notes that his work remains part of ongoing scientific discussion.
Are the crystal images meant to be medical evidence?
No. The images are better understood as visual and exploratory evidence. They may be useful for discussion and comparison, but they should not be presented as medical diagnosis, treatment evidence, or guaranteed proof of health benefits.
What is the main takeaway from this crystallography page?
The core message is that frozen water patterns may offer a visible way to think about order, symmetry, and structure in water. On this page, crystallography is presented as a visual language for water organization and as part of a broader structured water discussion
Visual Evidence vs. Scientific Proof
Crystallography offers a visual way to explore water structure—but it’s important to understand how it fits into the bigger picture.
What You See
Freeze crystal imagery shows visible differences in pattern, symmetry, and organization between water samples. On this page, these images are used to explore how water may express structure through form and repetition.
These observations can be helpful for comparison and discussion, especially when looking at structured vs. unstructured patterns.
What Is Proven
Scientific proof requires controlled, repeatable studies that demonstrate consistent outcomes across multiple conditions and populations.
While research into water behavior—such as Exclusion Zone (EZ) water—suggests that water can organize differently under certain conditions, crystallography alone does not establish clinical or health-based conclusions.
Crystallography is best understood as a visual and exploratory tool. It can support discussion around water structure, but it should not be interpreted as medical evidence or a guarantee of specific results.