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First experiment · 2023

Two water samples.
One first observation.

The first Bloom Effect experiment compared untreated tap water with water that had driven a small turbine and laser. The reported difference is a starting point for better tests, not a causal conclusion.

Original documentation

The report and results, presented on video.

The video records the setup, shows the paper report and explains the observed crystal images. Photographs of the available report pages are published further below.

Experimental setup

From flowing tap water to a laser directed outdoors.

The photographs document the practical apparatus used to generate electricity from the water flow and operate the laser.

01

Control sample

Untreated tap water was collected as the comparison condition.

02

Turbine–laser sample

Water passed through a small turbine. The generated direct current powered a laser directed toward space; the laser did not enter the water.

03

Crystal imaging

Both samples were sent to the Masaru Emoto organisation in Japan for freezing and crystal-image observation.

Documented preparation detail

The bottles carried no written labels and were wrapped in aluminium foil. The turbine–laser sample was identified with a rubber band, so this should not be described as a blinded comparison.

Report data · 50 observations per sample

The supplied report contains a complete classification table.

The report identifies the samples as “Tap water” and “Energized water.” Photography took place on 4 and 5 September 2023; the report is dated 20 September 2023.

Tap water2 / 50

4% combined hexagon classifications

Turbine–laser sample10 / 50

20% combined hexagon classifications

ClassificationTap waterTurbine–laser sample
Beautiful hexagon01
Inclined hexagon12
Deformed hexagon17
Simple hexagon00
Square136
Indefinite2833
Depression41
None30
Total5050

Transparent calculation: “Beautiful,” “Inclined,” “Deformed” and “Simple Hexagon” were added for each sample and divided by 50. The resulting 4% versus 20% is a descriptive summary of the supplied classifications—not a statistical or causal conclusion.

What was seen

The supplied classification table records more observations in the combined hexagon categories for the turbine–laser sample than for untreated tap water.

The individual crystal photographs will be added to this archive after they are digitised.

What remains unresolved

A single comparison cannot separate a treatment effect from sample handling, transport, freezing conditions, image selection, classification choices or chance.

It does not establish that water flow, electrical generation or energy emitted by the laser caused the observed difference.

Evidence status

Exploratory observation. Useful for forming a testable question; insufficient for a causal claim. Reproduction, blinding, independent measurement and preregistered analysis would strengthen a future test.

Photographed source material

Inspect the available report pages.

These are photographs of the physical report supplied by Office Masaru Emoto, LLC. Select an image to open it at full size.

Cover of the 2023 Office Masaru Emoto water crystal experiment report
Report cover · 20 September 2023
Report page describing the water crystal observation method
Observation method
Report page listing the crystal classification categories
Classification categories
Observation report page listing samples, dates and microscope conditions
Samples and observation conditions
Report table and chart comparing tap water with the energized-water sample
Original result table and chart
Archive in progress

The corresponding crystal-image pages will be added when the remaining photographs are uploaded. Until then, the numerical classification table and the video presentation are available for review.

The next step

The 2026 experiment expanded the comparison.

The second experiment used four conditions—control, turbine only, turbine with a 50 mW laser and turbine with a 200 mW laser—and made its supplied report, workbook and crystal photographs publicly accessible.

Explore the second experiment