NanoWaser Produces Hyper-Reactive Nanostructured Water

Origin8 Evolution Pro Functional Water

Water resulting from the NanoWaser process acts as a powerful reagent, its activity based on complex physicochemical principles that enable:

High Stability of Water’s Nanostructure:

NanoWaser creates functional water, with a stable nanostructured network made up of nanobubbles (NB) and coherent water domains (CD).

• CDs are stabilized by their electronic vortices, which are themselves initiated and stabilized by hydraulic vortices. Their stability ensures NB stability.

Transfer of Targeted Electromagnetic Frequencies & Information:

• Each CD is a reactive plasma, made of billions of H2O molecules organized to produce intended electromagnetic effects.

• Coherent water CDs operate like Lasers or “Wasers,” absorbing and emitting functional oxidizing frequencies using quantum principles tailored to the desired effects.

• CDs function as non-volatile memory, storing information using distinct phase states (like 0/1 bits), effectively giving a binary language to macroscopic water, transmittable upon contact for target interactions: 18g water = 10^16 CDs = 10^16 bits = 1,000 TB; 18L water = 1M TB of information transmitted via CDs.

Generation of Maximized Highly Oxidizing Free Radicals:

• Water molecules support the production of hydroxyl radicals (Redox +2.6V) by cavitation and adiabatic implosion phenomena: 10^12 radicals per collapse.

• CDs' quasi-free electrons (0.13 e- per H2O molecule) also generate OH° radicals by tunneling effect; Wasers generate syntropic energy sustaining chain reactions and maintaining high densities of OH° in water.

• Collective excitation of CDs with transition energy (12.06 eV) induces O-H bond breakage: H2O → CD + EMF + OH° + H°.

For NanoWaser O, injected ozone (O3) converts to O2 and, most importantly, creates oxidizing radicals enabling deep water purification: O3 + H2O → 2OH° + O2

NB Stability Enables Their Specific Mechanical Actions:

• NB stabilized by CDs have very long lifespans and specific surface areas 100–1,000 times larger than conventional bubbles, dramatically increasing diffusion surfaces and decreasing diffusion distances, speeding radical transfer and extending oxidizing action.

• NBs have high zeta potential (approx. −30 mV), stabilizing them and aggregating organic molecules, enabling trapping and coagulation functions.