David Bohm and the Implicate Order: A Beginner's Guide to Wholeness in Physics

Who was David Bohm?

David Bohm (1917-1992) was an American theoretical physicist who worked with J. Robert Oppenheimer, corresponded with Albert Einstein, and wrote a textbook on quantum theory that Einstein called the clearest presentation he had read. After being pushed out of the United States during the McCarthy era, Bohm continued his work in Brazil, Israel, and finally at Birkbeck College in London, where he developed the ideas that would define his legacy.

Bohm was not content with 'shut up and calculate' physics. He wanted to know what quantum theory was telling us about the nature of reality, and he was willing to spend decades rebuilding the picture from the ground up.

The problem Bohm was trying to solve

Standard quantum mechanics is astonishingly accurate, but it leaves reality strangely undefined. Particles do not have definite positions until they are measured. Two particles can be 'entangled' across vast distances, behaving as one system with no signal passing between them. The world, on this view, is fundamentally fragmented and observer-dependent.

Bohm found this unsatisfying, not because the math was wrong, but because the underlying story was incoherent. If everything is genuinely connected, he argued, our physics should say so.

What is the implicate order?

The implicate order is Bohm's proposal that beneath the everyday world of separate objects lies a deeper level in which everything is enfolded into everything else. What we perceive as distinct things, a chair, a galaxy, a thought, are momentary unfoldings of a single underlying wholeness. Bohm called the ordinary world we experience the explicate order, and the deeper enfolded reality the implicate order.

A helpful image is a hologram. Cut a holographic plate in half and each half still contains the whole image, just at lower resolution. Each region of the plate encodes information about the entire scene. Bohm believed the universe works something like this: every region of space enfolds the whole, and what we call 'a particle' is a stable pattern that keeps unfolding at roughly the same place.

The holomovement

Bohm coined the term holomovement to describe the ceaseless flow of enfolding and unfolding. Reality, in this view, is not a collection of static things but an activity, a movement of the whole. Objects are more like verbs than nouns.

Why the implicate order matters for consciousness

If matter is enfolded wholeness, mind may be too. Bohm suggested that thought, meaning, and matter are not three separate substances but different aspects of one underlying process. This is why his work is so often invoked in discussions of quantum consciousness: it offers a physically motivated picture in which mind is not an accident bolted onto matter, but a feature of the same enfolded order.

"In the enfolded order, space and time are no longer the dominant factors determining the relationships of dependence or independence of different elements."David Bohm, Wholeness and the Implicate Order

How this connects to Bohmian dialogue

Bohm did not stop at physics. He argued that fragmented thinking produces a fragmented world, and that humanity urgently needed a practice for thinking together. That practice became known as Bohmian dialogue, a form of shared inquiry designed to reveal the assumptions running beneath our conversations. It is the same wholeness he saw in physics, applied to human relationship.

Where to go next

• Watch Infinite Potential: The Life & Ideas of David Bohm for a full-length introduction to his work.
• Read Wholeness and the Implicate Order, Bohm's most accessible book-length statement of the theory.
• Explore On Dialogue for Bohm's application of these ideas to human communication.

The implicate order is not a finished theory of everything. It is an invitation, to look at physics, mind, and society as expressions of a single, unbroken whole.