Objective

• Assimilate prior research and select the best water-based candidate measures for subtle energy across three types of water under triple blind conditions, randomly rotated across multiple measurement devices operating in parallel
• Test these in a rigorous fashion for highest accuracy, evaluating robustness across a variety of subtle energy sources, both negentropic (life affirming) and entropic (deleterious to health)
• Iterate this bench-scale experimentation alongside an emergent theoretical framework of the nature of subtle energy to the point that the theoretical predictions converge with bench-scale tests and with contemporary physics
• Gauge feasibility of developing a reliable, universal subtle energy detector and gauge with a defined unit measurement scale for quantity and quality, with the overarching goal of enabling a deeper understanding of the impact of subtle energy on the state of heath of living systems

Hypotheses

• Sources of negentropic subtle energy including energy healing, germinating/growing seeds/yeast, Biogeometry symbols, orgone accumulators, and ultra-high dilution homeopathic solutions can be viably and quantitatively measured
• Sources of entropic subtle energy including orgone accumulators adjacent to radiation/EM, stressed or dying seeds/yeast, and Biogeometry symbols, among others can be viably and quantitatively measured
• The impact of these sources will be quantitatively reflected in the measures pH, ORP, electrical conductivity, UV/VIS absorption in water, in a predictable and consistent direction

Projected Outcomes (In Process)

• When exposed to negentropic subtle energy source, statistically significant increase of water’s electrical conductivity, ORP, UV absorption and decrease of pH relative to control, varying proportionally as a function of the strength of the source
• When exposed to entropic subtle energy source, statistically significant decrease of water’s electrical conductivity, ORP, UV absorption and increase of pH relative to control, varying proportionally as a function of the strength of the source