Schauberger does not read H₂O as a formula. He reads it as a marriage — and the whole of his physics follows from which partner is ascendant. His editor states the doctrine plainly: "Oxygen is active in all combustion, in all disintegration and new construction, as a male force, whereas hydrogen belongs to the opposite aspect (female)."
He sees two polar forces at work in everything — "male and female, insemination and giving birth, spiritual and material, active and passive, Yang and Yin, Heaven and Earth." Sun and Earth. Gold and silver. Copper and tin. Roundness and point; egg and orifice. Neither is superior: "Both are of equal value, and in their interplay these forces create new combinations and forms." Water is simply the most important of those forms.
Reading keyFather, mother, and child are Schauberger's symbolic categories—not properties that modern chemistry assigns to elements. This exhibition follows his vocabulary, then places the analogy beside measured water chemistry.
Schauberger calls oxygen seminal or "father-substance"—the active element of combustion, disintegration, and new construction. He associates it with sunlight, heat, and fire: a double-edged principle whose reactivity can sustain life and also consume it. Modern oxidation offers a partial analogy; the symbolic identity remains his own.
Oxygen is not the fuel; it is the oxidizer. In aerobic respiration it receives electrons and protons at the end of the electron-transport chain and is reduced to water, allowing cells to release energy from nutrients in controlled steps. Its relationship with light becomes most visible in the atmosphere, where ultraviolet energy rearranges O₂ into atomic oxygen and ozone.
"Fire is the result of a union between a father-substance, O, and a mother-substance, C, H."Here is the answer to the question everyone asks. Hydrogen is not a third thing. It stands on the same pole as carbon — Coats’ note is explicit: hydrogen belongs to the female aspect, "which Schauberger now and then incorporates in the concept of carbone or mother-substance." He groups them together as "the stocks of oppositely-potentiated fecund matter (hydrogen and carbones)" — receptive, form-giving, the matter that receives the seminal charge and builds body from it.
Modern chemistry restores the missing word: hydrocarbon. A hydrocarbon contains only carbon and hydrogen, joined by covalent bonds. Carbon–hydrogen frameworks also recur throughout living chemistry—in lipid tails, sugars, proteins and DNA—but those complete biomolecules contain other elements and are not themselves all hydrocarbons.
Translation note: "Carbone" is a historical, nonstandard category in this source—not the element carbon as modern chemistry defines it. H and C are one pole · O is the otherWater is what the marriage produces: "the ‘first-born’, the first form of crystallising-out into matter." He goes further and calls it a kind of slow flame — "water as hydroxide, H₂O, can be construed as a product of combustion." Fire and water are not opposites in his system. They are the same union at different rates.
Chemistry note: Modern chemistry distinguishes water (H₂O) from hydroxide (OH⁻); "slow flame" is metaphorical language. Water = the union, crystallisedIn the Codex's symbolic vocabulary, the Mother represents matter's capacity to combine, extend and carry pattern. Modern chemistry does not assign gender to elements, but carbon and hydrogen offer precise examples of that constructive capacity—from simple C–H frameworks to the reversible associations that let living molecules recognize, join and separate.
A hydrocarbon contains carbon and hydrogen only. Carbon can make four covalent bonds and join to itself in chains, branches and rings, producing forms from methane to complex oils and aromatic structures. Living molecules often contain hydrocarbon regions, but adding oxygen, nitrogen, phosphorus or sulfur makes them other classes of compounds.
Each DNA nucleotide contains a carbon-based deoxyribose sugar, a phosphate group and a nitrogen-containing base. Covalent bonds build the sugar–phosphate backbone; hydrogen bonds pair A with T and C with G across the strands. DNA is carbon-based, but it is not a hydrocarbon—and a hydrogen bond is not the same as a covalent C–H bond.
Hydrogen also acts dynamically as the ion H⁺. Cells arrange hydrogen ions across membranes, then let them return through ATP synthase—molecular rotary machinery that manufactures ATP. Here hydrogen is not merely part of a structure; its controlled movement helps power life's continuous work.
IUPAC · hydrocarbonIUPAC · hydrogen bondNHGRI · DNA structureNCBI · proton gradients
Schauberger describes the father-substance as solar and responsive to light. Chemistry reveals a narrower and more remarkable relationship: oxygen does not possess a general affinity for all light, but it does respond to particular wavelengths and energy states. High-energy ultraviolet radiation can split O₂; atomic oxygen can recombine with O₂ to form ozone, O₃; ozone then absorbs much of the ultraviolet radiation that created the cycle.
In aerobic respiration, oxygen waits at the end of the electron-transport chain. It accepts electrons and protons and is reduced to water while the cell captures usable energy through a proton gradient. Oxygen is not the fuel; it is the oxidizer that makes the controlled release possible. When oxygen is only partly reduced, reactive oxygen species can form—useful in signaling and defense at controlled levels, damaging in excess.
O₃ is an allotrope: oxygen atoms arranged as a three-atom molecule. High in the stratosphere it protects life by filtering ultraviolet radiation; near the ground it is a powerful oxidant that can damage lungs and vegetation. Electrical discharges such as lightning can also create ozone and reactive radicals, but that tropospheric chemistry is not the principal source of the protective stratospheric layer.
NCBI · respiration and oxygenNASA · oxygen and ozone photochemistryNOAA · ozone assessmentNOAA · lightning chemistryNASA · oxygen airglow
This is where the doctrine becomes an engineering rule, and where it makes a genuinely testable claim. Oxygen, being the solar principle, is activated by light and heat. And Schauberger gives a precise number at which its character flips:
"As long as the water-temperature is below +9 °C, its oxygen content remains passive. Under such conditions the oxygen assists in the building up of beneficial, high-grade micro-organisms and other organic life. However, if the water temperature rises above this level, then the oxygen becomes increasingly active and aggressive." The Water Wizard
Within Schauberger's model, the same element becomes midwife or predator depending on temperature. Cool and dark, oxygen submits to the mother-substance and is bound into living structure. Warm and sunlit, it slips its leash, turns aggressive, and — in his account — begins fostering the pathogenic bacteria that "infest the organism of the drinker." He names the Sun’s rays as "the No. 1 enemy of water."
And notice what this does to the oxygen chemistry elsewhere in this codex: it is the same observation. Warmer water generally holds less dissolved oxygen, but biological outcomes also depend on flow, nutrients, light, salinity, pressure, and the organisms present. His +9 °C boundary remains a historical rule of thumb; measured oxygen solubility changes continuously rather than flipping at a universal threshold. The curve below makes that distinction visible.
Strip away the marriage language and a partial modern analogy remains. Schauberger did not frame the account in electron-transfer chemistry, yet the two "characters" he assigned have a loose resonance with modern chemistry — but the resemblance is an analogy rather than a chemical mechanism.
"Active in all combustion and disintegration."
"Fecund matter that receives and gives form."
Place Schauberger's proposed +9 °C boundary beside measured dissolved-oxygen values and the relationship becomes clearer. The observation has a sound direction—warmer water generally holds less dissolved oxygen—but the measured change is continuous rather than a switch.
Dissolved-oxygen capacity declines as water warms, while many chemical and biological rates increase. Cold, moving water is often oxygen-rich because both temperature and aeration favor it.
No measured oxygen-character switch occurs at +9 °C. Schauberger's number is best read as an observational rule within his system—not a universal chemical constant.
The claim that warm, sunlit oxygen turns "aggressive" and fosters pathogens has a limited modern analogy. Warm water holds less dissolved oxygen (Henry's Law) yet drives faster microbial metabolism, so temperature can accelerate many biological processes while dissolved-oxygen capacity declines, although water quality also depends on nutrients, flow, organisms, and sanitation. And oxygen's reactive side is real chemistry: reactive oxygen species — the same free radicals explored in the radicals sectionforthcoming — are specific oxygen-containing molecules involved in signaling and, in excess, oxidative damage. Schauberger's temperature threshold is not a measured constant, but the resemblance is analogical, not proof of a universal temperature-triggered change.
Schauberger insisted the oxygen–hydrogen pairing was just water's local instance of a polarity running through everything: "male and female, insemination and giving birth, spiritual and material, active and passive, Yang and Yin, Heaven and Earth." Sun and Earth. Gold and silver. Copper and tin. Roundness and point; egg and orifice.
This is where the honest reader has to hold two thoughts at once. As physics, "everything is secretly male and female" is not a theory — it explains nothing and predicts nothing. But as a pattern-language, the intuition that nature runs on complementary opposites in dynamic tension — attraction and repulsion, oxidation and reduction, expansion and contraction, centripetal and centrifugal — is not only defensible, it is close to how physics actually describes the world. The error is not seeing polarity everywhere. The error is assuming a shared vocabulary (father/mother) implies a shared force.
Oxygen drives oxidation and closes the aerobic electron-transport chain; ultraviolet photochemistry forms stratospheric ozone, which filters damaging UV. Carbon and hydrogen are central to organic structure and cellular energy transfer, while warmer water generally has lower dissolved-oxygen capacity.
That nature is organised by complementary opposites in tension, and that oxygen can participate in both constructive metabolism and oxidative damage. Reactive oxygen species and redox biology provide an analogy for that double-edged language without validating a temperature switch.
That the polarity is literally gendered, that a single "life-force" flows through sun, gold, copper and hydrogen alike, that oxygen and ozone form a literal musical octave of light, or that +9 °C is an exact chemical threshold. These remain pattern-language, not measured mechanisms.