
A Teacher
Karl Pribram
Holonomic brain theory
The transmission
Karl Pribram (1919–2015) was an Austrian-born American neurosurgeon and neuroscientist, a serious academic figure (Stanford, Georgetown) whose experimental work on the brain placed him far from the self-help world.
Working in the tradition of his mentor Karl Lashley—who had searched fruitlessly for the precise location of memory “traces” (engrams) in the brain—Pribram confronted a puzzle: memories seemed not to be stored in any single place, surviving even substantial tissue loss.
In Languages of the Brain (1971) and subsequent work he proposed a radical answer: that the brain stores and processes information in a distributed, field-like, wave-interference manner. Pribram’s mutation of the mind-power lineage was unintentional but pivotal.
Borrowing Dennis Gabor’s mathematics of the hologram—in which every fragment of a holographic plate contains the whole image—he argued in his “holographic hypothesis” (1977) and later holonomic brain theory that perception and memory might be encoded as interference patterns rather than local traces.
Combined with physicist David Bohm’s notion of an “implicate order” of enfolded wholeness, this gave a respectable, physics-flavored vocabulary to the ancient mystical intuition of hidden interconnectedness.
Pribram himself remained a careful scientist, but his framework became the scientific-sounding bridge that popularizers would use to argue that mind and cosmos share a holographic, nonlocal structure.
What they gave
Distributed memory: Argues that memory is not stored locally but spread across the brain as field-like interference patterns, dissolving the “trace in a place” model.
- The holographic hypothesis: Proposes that brain processing is holographic, supplying a secular mechanism for “the whole in every part.”
- The psyche-to-information bridge: Translates mystical “wholeness” into the language of information-processing and wave mathematics.
- The Pribram–Bohm synthesis: Links neuroscience to Bohm’s implicate-order physics, framing mind and reality as expressions of one enfolded order.
In their words
I don’t like the term the mind, because it reifies — that means it makes a thing of — something that’s a process. We pay attention, we see, we hear. Those are all mental processes, mental activities. But there isn’t a thing called the mind.
The line they stand in
Taught by / Influenced by: Karl Lashley (the engram problem); Dennis Gabor (holography mathematics); David Bohm (implicate order); the neuropsychology tradition.
- Taught / Influenced: Michael Talbot, who popularized his framework; consciousness-studies researchers; and the New Age “holographic universe” and “we are all connected” discourse.
Revelations they taught
Essential Works
- Languages of the Brain1971
- Brain and Perception1991