Reality as Code · 04 · Hermeticism · Physics

The Hermetic Laws as Physics

The Kybalion — the early 20th century compilation of Hermetic principles attributed to Hermes Trismegistus — describes seven laws governing all of reality. Each one has a precise modern equivalent in physics, mathematics or information theory. This is not retrofitting. These are structural identities.

The Kybalion — Background

The Kybalion was published in 1908 by "Three Initiates" — almost certainly including William Walker Atkinson — claiming to systematise the ancient Hermetic teachings of Hermes Trismegistus. Whether the content is genuinely ancient or a late compilation is debated by scholars. What is not debated is the precision of the seven principles it describes — which, when examined against the physics of the 20th and 21st centuries, show a level of structural accuracy that is difficult to explain if the system was simply invented in 1908.

The seven principles are: Mentalism, Correspondence, Vibration, Polarity, Rhythm, Cause and Effect, and Gender. Each governs a different dimension of how reality is structured and operates. Each has a modern scientific equivalent. The parallels are laid out below.

The Seven Principles — Side by Side

I
Hermetic Principle
Mentalism
Physics / Information Theory
It from Bit · Quantum measurement
The All is Mind; the Universe is Mental. Reality at its deepest level is mental or informational — not physical. The physical world is a manifestation of mind, not mind a product of matter. Matter is condensed information; information is prior.
Wheeler's "It from Bit": every physical entity derives from information — from answers to yes/no questions. The holographic principle: all information describing a volume of space can be encoded on its surface. Quantum mechanics: the wave function is information; collapse occurs through measurement (interaction with an observer). The physical world is information that has taken material form.
II
Hermetic Principle
Correspondence
Physics / Mathematics
Scale invariance · Fractal geometry · Renormalisation
As above, so below; as below, so above. The same patterns and principles operate at every scale of reality — from the subatomic to the cosmic. Understanding one scale gives knowledge of others, because the underlying structure is self-similar across scales.
Fractal geometry (Mandelbrot, 1975): self-similar structures repeat across scales. The same mathematical patterns appear in coastlines, trees, blood vessels, galaxies and quantum foam. Renormalisation in quantum field theory: the same equations describe different scales. Scale invariance in physics: the laws of physics take the same form at different energy scales. The universe is recursive.
III
Hermetic Principle
Vibration
Physics
Quantum field theory · String theory · Wave mechanics
Nothing rests; everything moves; everything vibrates. At every level of reality — from the densest matter to thought — nothing is truly static. All apparent solidity is the illusion created by sufficiently rapid vibration. Different rates of vibration produce different phenomena.
Quantum field theory: particles are not discrete objects but excitations — vibrations — in underlying quantum fields. There are no solids; only fields vibrating at different frequencies. String theory: the fundamental constituents of reality are one-dimensional vibrating strings whose different modes of vibration produce different particles. Wave-particle duality: everything is simultaneously wave (vibration) and particle (localised event).
IV
Hermetic Principle
Polarity
Physics / Mathematics
Symmetry · CPT theorem · Complementarity
Everything is dual; everything has poles; everything has its pair of opposites. Opposites are identical in nature, different only in degree. Hot and cold are the same thing at different points on a single scale. Love and hate, light and dark — these are not fundamentally different things but different expressions of the same underlying principle.
CPT symmetry: the laws of physics are symmetric under the combined operation of charge conjugation, parity inversion and time reversal. For every particle there is an antiparticle — its exact opposite in quantum numbers. Bohr's complementarity: wave and particle are opposite but equally valid descriptions of the same phenomenon. Matter/antimatter: for every particle of matter there exists an antimatter twin of opposite properties.
V
Hermetic Principle
Rhythm
Physics / Mathematics
Cyclical dynamics · Oscillation · Entropy and complexity
Everything flows, out and in; everything has its tides; all things rise and fall. The pendulum swing manifests in everything — in the rise and fall of empires, in the cycles of nature, in the oscillation of subatomic phenomena. Rhythm compensates, and nothing stays at either extreme.
Oscillation is fundamental to quantum mechanics — particles are probability waves that oscillate. Cyclical cosmology (Penrose, others): the universe may undergo cycles of expansion and contraction. Limit cycles in dynamical systems: complex systems tend toward recurring patterns. Entropy cycles in thermodynamics: systems move toward equilibrium but local complexity arises cyclically within the overall entropic trend.
VI
Hermetic Principle
Cause & Effect
Physics
Causality · Determinism · Non-local correlation
Every cause has its effect; every effect has its cause. Chance is but a name for law not recognised. Nothing happens by accident in an absolute sense. What appears as chance is simply causation operating at a level of complexity that exceeds ordinary perception. The master operates at the level of causes rather than effects.
Causality is a foundational requirement of physical law — no effect precedes its cause (in the conventional view). Quantum non-locality (Bell's theorem, confirmed): entangled particles show correlated behaviour regardless of distance — a form of causation that operates outside classical spacetime. Chaos theory: deterministic systems produce apparently random outputs — what appears to be chance is hidden determinism at a level of complexity beyond ordinary tracking.
VII
Hermetic Principle
Gender
Physics / Biology
Symmetry breaking · Charge · Generative duality
Gender is in everything; everything has its masculine and feminine principles. Not biological sex but the fundamental creative polarity — the receptive and the generative, the active and the passive — that underlies all creation. Generation occurs through the interaction of these principles at every level of reality.
Symmetry breaking in physics: the early universe was perfectly symmetric; the current universe exists because that symmetry broke, producing the asymmetry of matter over antimatter. Creation requires the breaking of symmetry — the introduction of a generative/receptive distinction into an undifferentiated field. Electric charge (positive/negative) and spin (up/down) in quantum mechanics are fundamental generative dualities whose interaction produces all electromagnetic phenomena.

"As Above, So Below" — What It Actually Means

The Hermetic axiom "As above, so below; as below, so above" — the Principle of Correspondence — is the most frequently quoted Hermetic idea and the most frequently misunderstood. It is read as mystical poetry: the human soul reflects the cosmic order, the macrocosm mirrors the microcosm, spiritual realities are reflected in physical ones. This is not wrong, but it is imprecise.

The precise meaning is structural: the same mathematical relationships appear at every scale of reality, because reality is a self-similar system — a system whose structure at any given scale is generated by the same rules as its structure at every other scale. This is the mathematical definition of a fractal. The Hermetic formulation predates fractal geometry by several thousand years, but describes the same property.

In a self-similar system, understanding the rules at one scale gives you access to the rules at every scale. This is why Hermetic philosophy uses analogy — not as rhetorical decoration but as a technical method: if the relationship between the Sun and the planets in the solar system is structurally identical to the relationship between the nucleus and electrons in the atom, then insights derived from one level can be validly applied to the other. The magician who understands this uses the macrocosm and microcosm as mutual reference frames — each illuminating the other.

The alchemists worked with matter not because they thought gold was the goal, but because matter was the most accessible scale at which to observe the universal laws operating. Change matter correctly and you understand how to change anything. The laboratory was a school for the mind.

— On the Hermetic use of analogy as technical method

What Follows — If the Laws Are Real

If the Hermetic principles genuinely describe the structure of reality — and the physical parallels suggest they do, with whatever degree of precision the earlier system was capable of — then they are not a set of beliefs. They are a technical framework. Understanding them is not a matter of faith; it is a matter of engineering.

The Principle of Mentalism says that consciousness interacts with the substrate of reality. If that is true, then the development of consciousness — the deliberate training of attention, will and intention — is not spiritual self-improvement for its own sake. It is the development of the primary instrument for interacting with the fundamental layer of what exists. The traditions that take this seriously — Hermetic, Kabbalistic, Tantric, Taoist — are engineering programmes as much as religious ones.

The Principle of Correspondence says that insights at one scale apply at others. If that is true, then the practitioner who thoroughly understands one domain — say, the dynamics of a single relationship — has access to structural insights applicable to geopolitics, economics, the behaviour of markets, the development of civilisations. This is not mysticism. It is the application of structural knowledge across scales in a system that is, by law, self-similar.

The honest limit: the Hermetic principles are more precise than their age would suggest, and less precise than physics. They describe the territory correctly at a qualitative level. Physics adds the equations. The Hermetic contribution is the framework; physics provides the measurement. Together they are more complete than either alone — which is why the most interesting theoretical physicists of the 20th century (Pauli, Bohr, Heisenberg, Schrödinger) were all deeply interested in Hermetic and Eastern philosophical traditions.

The Physicists Who Knew

It is not widely known that many of the founders of quantum mechanics had deep engagement with Hermetic and Eastern philosophical traditions — not as a hobby but as a serious intellectual resource for understanding what their equations were telling them about reality.

Wolfgang Pauli collaborated extensively with Carl Jung, corresponded about the relationship between physics and psychology, and believed that the two disciplines were approaching the same underlying reality from different directions. His exclusion principle — which governs the structure of all matter — emerged partly through a period of intense engagement with alchemical symbolism that he and Jung documented in their correspondence. Niels Bohr chose the Taoist yin-yang symbol as his coat of arms when knighted, writing that complementarity — his central contribution to quantum theory — was the same principle the Taoists had been describing for millennia. Erwin Schrödinger studied Vedanta extensively and believed that quantum mechanics was pointing toward the non-dualist view of consciousness that the Upanishads had articulated. Werner Heisenberg engaged deeply with Platonic and Pythagorean philosophy, writing that the mathematical structures underlying physics were the same as what Plato had called the Forms.

These were not casual intellectual dabblings. They were serious engagements by serious scientists who recognised that the philosophical traditions had arrived at insights about the nature of reality that their equations were confirming. The Hermetic tradition, in their reading, was not wrong. It was early.