Bohm & the Implicate Order

Who Bohm was, and why his work deserves a dedicated page

Bohm earned his PhD under Robert Oppenheimer at Berkeley in 1943. He spent the late 1940s at Princeton, where he worked closely with Einstein and where his 1951 textbook Quantum Theory became the standard graduate introduction. He was a McCarthy-era casualty — refused to testify against colleagues, was indicted, was acquitted, lost his Princeton position, and spent the rest of his career outside the United States (São Paulo, Haifa, Bristol, finally Birkbeck in London). The exile gave him the freedom to do the unconventional work he is now most remembered for.

Two contributions matter for the trilogy. The first is the pilot-wave formulation of quantum mechanics (Bohm 1952) — a fully deterministic, ontologically realist reformulation of standard QM that was largely ignored for forty years before being revived by John Bell's interest in it as a counter-example to the standard "QM cannot be made realist" argument. Bohm's pilot wave is now the most carefully developed of the realist interpretations of quantum mechanics. See the Bell explainer →

The second — the one this page is about — is the implicate-order metaphysics, developed across thirty years of writing and dialogues with Krishnamurti, the Dalai Lama, and others, culminating in Wholeness and the Implicate Order. This is what Bohm wrote when he asked what kind of universe we would have to live in for quantum mechanics, general relativity, and the empirical fact of consciousness to all be true at the same time.

The core idea: enfoldment and unfoldment

Bohm's central claim is that the universe we perceive — with its discrete objects in three-dimensional space, occurring in linear time — is the explicate order: a particular kind of unfolding from a deeper underlying reality, the implicate order, in which everything is enfolded into everything else. The explicate is the unfolded; the implicate is the folded-into.

Bohm's working metaphor was the holograph. A holographic plate has the property that every fragment of the plate contains the entire image — just at lower resolution. The whole is enfolded into every part. If you cut a holographic plate in half, you do not get half the image; you get the whole image, dimmer. Bohm's claim is that the universe is structured holographically at the deepest level: every part contains the whole, and what we call "separate objects" are explicate unfoldings of an underlying implicate totality.

The world is not made of things. It is the explicate surface of an implicate enfoldment in which the whole is present at every point. Each apparent thing is a moment of that enfoldment unfolding itself locally. What we call a "particle" is a region of the holographic structure standing out long enough to be named.

This was deeply heretical in 1980. It is significantly less heretical in 2026 — the holographic principle ('t Hooft, Susskind, Maldacena) has made literal holographic structure a mainstream proposal in quantum gravity; Hoffman's interface theory and Strømme's Φ-field framework have made non-spatiotemporal substrates respectable; quantum biology has made non-local biological effects empirical. Bohm got there decades earlier, without the experimental confirmations, by sustained physical and philosophical reasoning alone.

The holomovement

The implicate order is not static. Bohm called the dynamic, perpetually unfolding-and-enfolding totality the holomovement: the universe as the ceaseless flowing of enfoldment into unfoldment and back. Objects are not nouns; they are stable patterns within the verb of the holomovement.

This is one of the cleanest pre-trilogy statements of the receiver model. A "thing" — a tree, a body, a thought — is what the holomovement is doing locally and persistently enough to be recognized. The thing is not separate from the holomovement; it is one of its persistent modes. The body, in this picture, is not a generator of consciousness; it is a stable pattern in the holomovement that happens to be tuned to receive certain modes of the implicate order more clearly than others.

Consciousness and matter as two sides of the same enfoldment

The most directly trilogy-aligned move in Bohm's framework is his claim that matter and consciousness are not two different kinds of stuff that somehow interact. They are two aspects of the same underlying implicate order — matter as enfoldment-of-form-into-space, consciousness as enfoldment-of-meaning-into-awareness. The hard problem of consciousness, in this framework, does not arise: it is the artifact of having assumed matter as primary and then trying to explain how consciousness emerges from it. Bohm reverses the question. Consciousness and matter both emerge, in his picture, from a deeper non-dual ground.

This is, almost verbatim, what Federico Faggin and Giacomo Mauro D'Ariano would propose in formal information-theoretic language forty years later, and what Maria Strømme would derive in quantum field theory in 2025. Bohm wrote it in 1980 in philosophical prose. See the D'Ariano & Faggin explainer → · See the Strømme Φ-field explainer →

What Bohm did not yet have

An honest demarcation. Bohm's framework was extraordinarily prescient but operated at a high level of abstraction. He did not provide:

• A specific mathematical formalism for the implicate order. The pilot-wave reformulation of QM is technical and rigorous; the implicate-order framework is largely philosophical, with mathematical sketches rather than full theories.
• Empirical predictions that distinguish the implicate-order framework from standard QM with realist interpretations. Whether the universe is implicate-ordered in Bohm's specific sense or simply quantum-mechanical with non-locality remains, formally, an open question.
• A bridge to the contemporary quantum-gravity and field-cosmology programs that have, since his death, independently arrived at structurally similar conclusions. He was working without the holographic principle, without the amplituhedron, without quantum biology, without the experimental confirmations of non-locality at scale.

What Bohm did have was the conviction that physics, philosophy, and the contemplative traditions were all pointing at the same underlying reality, and the patience to spend forty years articulating what that reality might be. The contemporary frameworks — D'Ariano-Faggin, Strømme, Hoffman, the amplituhedron program — can be read as the technical scaffolding that Bohm was waiting for.

Why this matters for the trilogy

Three points specifically.

First, Bohm is the philosophical-physics ancestor of the trilogy's central image. The trilogy's claim that the explicate world is rendered from a deeper implicate substrate is Bohm's exact terminology, used decades before the term "render" became natural in physics through the simulation-argument and holographic-principle programs. When Limen talks about Layer 0 and the rendering of spacetime, it is using Bohm's framework with contemporary vocabulary.

Second, Bohm's holomovement supplies the trilogy's image of the chord. The chord that refuses to resolve in Numen is exactly a sustained pattern in the holomovement — a moment of the implicate enfoldment held audibly stable by attention. The augmented architecture is the explicate face of an implicate non-locality that the chord makes briefly perceivable. The body, listening, is doing what Bohm's framework says is happening at every moment of every life: receiving the holomovement, briefly resolving a stable explicate pattern out of it, letting the pattern dissolve back.

Third, Bohm's dialogues with Krishnamurti and his sustained engagement with contemplative thought make him an unusual bridge between the technical physics and the contemplative literature. Eckhart's Gottheit, the Vedānta's Brahman, the Trika's Paramaśiva, Bohm's implicate order, and the trilogy's Field are five names for substantively the same proposed reality. The cross-cultural agreement, as in the Kashmir Shaivism case, is itself part of the evidence. See the Kashmir Shaivism explainer →

For the canonical statement, see Bohm, Wholeness and the Implicate Order (Routledge, 1980). The more technical companion is Bohm & Hiley, The Undivided Universe (Routledge, 1993). For the popular bridge, Bohm & Peat, Science, Order, and Creativity (Bantam, 1987). For the contemporary field-cosmology successors, see D'Ariano & Faggin, Strømme, and Hoffman. For the contemplative cognates, see Kashmir Shaivism and Teresa.