This paper presents a short review of the evidence - both experimental and theoretical - of the
formation of dissipative structures in liquid water induced by three kinds of physical perturbations having
a low energy content: extremely diluted solution (EDS), iteratively filtered water (IFW), and iteratively
nafionated water (INW). Particular attention is devoted to the very recent discovery that such structures
are tremendously persistent even in the solid phase: large ponderal quantities of supramolecular aggregates
of water (with each nucleus hundreds of nanometers in size) have been observed - at ambient pressure
and temperature - using easily-reproducible experimental methods. The nature of these dissipative
structures is analyzed and explained in terms of the thermodynamics of far-from-equilibrium systems and irreversible
processes, showing their spontaneous quantum origin. Are these kinds of structures the matrix itself of life?.
Keywords: Dissipative structures, Fractals, Low energy coherent systems, QED, Water.
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