Within the depth-psychology corpus, ‘Monkey’ functions on at least three distinct registers that rarely collapse into one another. First, and most consequentially, it serves as the central animating metaphor in Chögyam Trungpa’s exposition of the six realms of being in *Cutting Through Spiritual Materialism*: the monkey is ego’s restless agent, imprisoned by its own solidifications, oscillating between craving and hallucination across the skandhas. This is the richest psychological usage — the monkey as existential condition rather than mere animal. Second, the figure appears in Hillman’s archetypal psychology as a carrier of the collective shadow: too hairy, too tricky, too wise for civilized self-presentation, yet elevated in Asian cosmologies (Hanuman, Sun Hou-tzu) to divine mediator between earth and sky. Third, the monkey recurs throughout the neuroscientific literature as the standard experimental subject — for mirror-neuron studies, hemispheric lateralization experiments, spatial memory mapping, and limbic arousal research — where it serves as the proxy primate for hypotheses about human consciousness. The tension between the monkey as psychic metaphor and the monkey as laboratory instrument marks a fault line running through the entire corpus. Hillman and Trungpa restore numinous depth to the figure; McGilchrist and Panksepp instrumentalize it. The Jungian dream-analysis tradition occupies a middle position, reading the white monkey in dreams as an image of pre-adolescent lawlessness and undeveloped instinct.
The primitive darkness that we bury inwards or cast behind in our climb to the light looks too much like the monkey, so that which lies at the threshold—too hairy, too embarrassing, too tricky, and too wise—is carried for us by the monkey.
Hillman identifies the monkey as the collective shadow-carrier of repressed instinctual wisdom, simultaneously degraded by Western projection and elevated to divine status in Asian traditions.
, Senex & Puer, 2015thesis
The monkey does not necessarily feel that there is an opponent or enemy approaching; he simply wants to escape his prison… he assumes he has always been there, forgetting that he himself solidified the space into walls.
Trungpa uses the monkey as the governing metaphor for ego’s self-constructed imprisonment within the skandhas, characterizing its restlessness as an inability to recognize the trap as self-made.
, Cutting Through Spiritual Materialism, 1973thesis
Whatever the monkey hears is musical, whatever he sees is colorful, whatever he feels is pleasant. He has achieved a kind of self-hypnosis, a natural state of concentration which blocks out of his mind everything he might find irritating or undesirable.
Trungpa describes the Deva Loka as the monkey’s peak of ego-achievement — a hypnotic, blissful self-enclosure that paradoxically constitutes the deepest spiritual delusion.
, Cutting Through Spiritual Materialism, 1973thesis
The torture of the Hungry Ghost Realm is not so much the pain of not finding what he wants; rather it is the insatiable hunger itself which causes pain.
Trungpa depicts the monkey’s suffering in the Hungry Ghost Realm as structurally insatiable desire rather than mere deprivation, making the craving itself the torment.
, Cutting Through Spiritual Materialism, 1973thesis
When the monkey starts to hallucinate, is it something he has known before? Where does hallucination come from? A: It is a kind of instinct, a secondary instinct, the ape instinct that we all have. If there is pain, then one will hallucinate pleasure, by contrast.
Trungpa identifies hallucination as an instinctive ego-response to pain, grounding the monkey metaphor in a universal psychic mechanism he calls ‘the ape instinct.’
, Cutting Through Spiritual Materialism, 1973supporting
The white monkey, for instance, reminds him of the playful and somewhat law-less behavior of boys between the ages of seven and 12.
In Jungian dream analysis, the white monkey emerges as an image of psychologically immature, pre-moral exuberance corresponding to an early developmental stage of the individual psyche.
, Man and His Symbols, 1964supporting
innovation and the transmission of ideas take place in various ways: horizontally within the family (sibling to sibling); vertically, but reciprocally, child to mother and mother to child; outside the family, as Jung monkeys learn from one another.
Hillman invokes primate cultural transmission (the ‘Imo’ sweet-potato-washing experiment) to argue that the daimon or calling-impulse underlies even animal innovation, restoring soul to evolutionary behaviour.
, The Soul’s Code: In Search of Character and Calling, 1996supporting
the left hemisphere of the very same individual… replies that the conclusion is true: ‘the porcupine climbs trees since it is a monkey.’ When the experimenter asks, ‘But is the porcupine a monkey?’ she replies that she knows it is not.
McGilchrist uses a syllogism about monkeys as experimental instrument to demonstrate that the isolated left hemisphere will accept a false premise it simultaneously knows to be false, exposing the hemisphere’s formal-logical rigidity.
, The Master and His Emissary: The Divided Brain and the Making of the Western World, 2009supporting
When the right hemisphere alone is asked, it replies, with some indignation, that the porcupine is ‘not a monkey, it’s prickly like a hedgehog, it is wrong here!’ However, when the isolated left hemisphere alone is asked, ‘the same subjects changed their answers dramatically’.
McGilchrist replicates the monkey-syllogism finding to contrast hemispheric cognitive styles: the right hemisphere protests false premises on empirical grounds while the left hemisphere follows formal logic regardless of factual absurdity.
, The Matter With Things: Our Brains, Our Delusions and the Unmaking of the World, 2021supporting
We normally reply that the conclusion is false, because, fairly obviously, the porcupine is not a monkey.
This passage confirms that integrated bilateral hemisphere function yields common-sense rejection of the false monkey-syllogism, establishing the baseline against which hemispheric dissociation is measured.
, The Matter with Things: Our Brains, Our Delusions, and the Unmaking of the World, 2021aside
Vervet monkeys in East Africa give different alarm cries depending on whether an observed predator is a leopard, eagle, or snake. Other vervets then respond appropriately whether or not they have seen the predator or even the monkey sounding the alarm.
The passage documents proto-linguistic referential signalling in vervet monkeys, establishing primate communication as semantically differentiated yet categorically distinct from human symbolic language.
, The Principles of Psychology, 1890supporting
After solving a few hundred specific problems, the monkeys gave every indication of having learned the appropriate rule or strategy, because their performance within a problem abruptly improved from a chance level on Trial 1 to nearly perfect on the remaining trials.
Harlow’s discrimination-learning data demonstrate that insight in monkeys is not instantaneous but accumulates through extensive prior learning, complicating sharp human–animal cognitive boundaries.
, The Principles of Psychology, 1890supporting
If you show a monkey that you are doing something with your hand—grasping a banana, for example—some of his same neurons will fire when he watches you grasp the banana as when he grasps the banana himself.
Mirror neuron research in monkeys provides the empirical foundation for understanding the neural overlap between self and other that underlies human empathy and grief-processing.
, The grieving brain the surprising science of how we learn, 2022aside
If a mother monkey scoops a baby close against her chest, heart rates drop. When scientists measure stress hormones, they can chart them dropping away.
Maternal touch in monkeys is cited as biological evidence for the primitive survival function of physical contact, grounding human attachment theory in comparative neurobiological data.
, Emotional Sobriety: From Relationship Trauma to Resilience and Lasting Fulfillment, 2007aside
Paul MacLean mapped out the monkey brain for sites from which genital arousal (erections) could be evoked by localized ESB. He discovered a broad swath of tissue, in higher limbic areas, where sexual responses could
MacLean’s monkey-brain mapping of limbic sites for genital arousal is cited as foundational neuroanatomical evidence for the subcortical neural substrates of lust and sexual feeling.
, Affective Neuroscience The Foundations of Human and Animal, 1998aside