Exploring the potential of the Super Bloc through the triple-blind, placebo-controlled laboratory study. Conducted by the BION Institute (Slovenia), the study examined the effects of the Super Bloc on the physicochemical properties of water using differential measurement protocols.

Study Design: Standardized water solutions of varying pH were exposed to either the Super Bloc (active product) or a visually identical sham device (control) under matched laboratory conditions. Researchers used validated methods—including measurements of electrical conductivity, pH, oxidation-reduction potential (ORP), and UV/VIS/NIR spectroscopy—across 672 total assessments. The study followed stringent scientific standards, including prospectiveness, control groups, and a triple-blind procedure.

Results:
The Super Bloc demonstrated measurable effects on water’s physicochemical properties. Both acidic and alkaline solutions showed a neutralizing effect, with strong statistical trends or significance versus control. Notably, the data showed a decrease in electrical conductivity and spectrometry changes consistent with a loosening of water clusters—suggesting alterations in water’s dynamic structure. These effects were most evident near the pH of human blood (pH 7.4), where increased UV absorption and conductivity trends indicated enhanced water fluidity. These effects were not observed in water exposed to the placebo device. The findings highlight the Super Bloc’s ability to enhance water’s physical qualities.

“If we extrapolate this to the effect on bodily fluids, we could talk about supporting homeostasis. The decrease in electrical conductivity at different pH levels and the presumed loosening of the water clusters suggest a change in the dynamic structure of water at the mesoscopic level of wide molecular associations. Extrapolating this to organisms, we can imagine that such a fluid can pass through cell membranes more easily because it is more fluent.“