Rupert Sheldrake, Adaptive Reorganization Theory, and Integral Deep Listening
Joseph Dillard/Chat GPT
Rupert Sheldrake occupies an interesting position in relation to Adaptive Reorganization Theory (ART) and Integral Deep Listening (IDL). He is much closer to ART and IDL than mainstream mechanistic biology in identifying what is missing from reductionistic explanations of organization, yet much farther from them in the type of explanation he proposes. The result is a relationship that is simultaneously sympathetic and sharply divergent. The common ground lies in the diagnosis. The disagreement lies in the proposed cure.
The Shared Critique: Organization Is Not Explained by Components
The deepest affinity between Sheldrake and ART is methodological rather than ontological. Both reject a common reductionistic assumption: Explaining the components of a system automatically explains the organization of the system.1
For Sheldrake, genes, proteins, and chemistry cannot by themselves explain morphogenesis. For Michael Levin, genes alone cannot explain regeneration because cells coordinate through bioelectric communication and collective problem solving. For ART, identifying parts likewise fails to explain how adaptive systems reorganize across scales. This criticism applies everywhere. Neurons do not explain consciousness and individuals do not explain cultures. Departments do not explain organizations and organisms do not explain ecosystems. Citizens do not explain civilizations. Organization is an emergent property of coordinated relationships.2 On this point Sheldrake, Levin, and ART all converge.
The Difference Between Explaining Organization and Explaining Form
Where they begin to diverge is subtle but important. Sheldrake asks: How does biological form arise?
ART asks a broader question: How do adaptive systems preserve reorganizability over time? These are related but not identical questions.
Morphogenesis concerns how organisms acquire shape. Adaptive reorganization concerns how any complex adaptive system continually restructures itself while remaining viable. Consequently ART does not require a special theory of biological form it requires a theory of adaptive organization. That distinction is crucial.
Sheldrake Introduces a New Ontology
When conventional biology seems incomplete, Sheldrake proposes an additional causal entity: morphic fields. These fields supposedly store collective memory across similar organisms. Past organisms influence present ones through morphic resonance. This is an ontological commitment that introduces a new category of reality. ART deliberately avoids this move. IDL goes even further.
Throughout IDL the ontology of interviewed perspectives is intentionally left indefinite. Dream figures, symptoms, imagined future selves, historical figures, body symptoms, transpersonal experiences, AI personalities, or mythological beings are not assumed to exist independently, nor are they assumed to be merely subjective constructions. As a phenomenological methodology, IDL brackets the question.3
The practical issue is always functional: Does engaging this perspective increase adaptive reorganizability?4 That methodological suspension—epoché—is one of the most important differences between IDL and Sheldrake.
Sheldrake proposes what reality contains. IDL asks what produces reliable adaptive consequences regardless of metaphysical interpretation.
ART Does Not Need Morphic Fields
Suppose Sheldrake were entirely wrong about morphic resonance. ART would remain unaffected. Suppose he were entirely correct. ART would still require little modification. Why?Because morphic fields, if they exist, would simply become another mechanism participating in adaptive organization. They would not replace the adaptive principles themselves.
ART asks questions like:
Does this increase adaptive participation?
Does it preserve reorganizability?
Does it enlarge adaptive space?
Does it improve adaptive selection?
Does it maintain autonomy while strengthening coordination?
While morphic resonance could potentially influence these processes it would not define them. This illustrates an important feature of ART. Its central principles are mechanism-independent.5
Just as natural selection operates regardless of whether inheritance is genetic, epigenetic, cultural, or technological, adaptive reorganization operates regardless of the particular communication mechanisms involved. Genes. bioelectricity, language, markets, institutions, artificial intelligence, or hypothetically, morphic resonance, would all be implementations rather than foundations.
Levin and Sheldrake: An Illuminating Contrast
Comparing Sheldrake with Michael Levin clarifies the issue. Both reject simplistic genetic determinism. Both argue that organization cannot be reduced to molecular components, but Levin proceeds experimentally. Cells demonstrably communicate through measurable bioelectric gradients and those gradients can be manipulated. Predictions follow; experiments succeed or fail. The mechanisms remain incomplete but increasingly precise.
Sheldrake also proposes fields, but the proposed fields remain difficult to operationalize independently of the phenomena they were introduced to explain. Levin therefore exemplifies what ART calls increasing adaptive specificity while Sheldrake remains at a higher level of conceptual abstraction.6
The contrast resembles two different stages in theory development. One identifies an explanatory gap while the other begins specifying measurable processes. ART aligns much more naturally with Levin’s trajectory.
Collective Memory Versus Adaptive Memory
One of Sheldrake’s most interesting concepts is collective memory. ART agrees that adaptive systems preserve organizational history but it interprets memory differently.
Adaptive memory does not require information literally to propagate across time between similar organisms. Instead, adaptive history becomes embedded through multiple interacting processes. Genes preserve successful developmental constraints and immune systems preserve successful recognitions. Brains preserve successful predictions and cultures preserve successful practices. Institutions preserve successful procedures and markets preserve successful innovations. Scientific communities preserve successful theories and artificial intelligence preserves successful parameter organizations.
All adaptive systems remember, but they remember through locally instantiated organizational structures.7 This is sufficient to explain an enormous amount of adaptive persistence without invoking nonlocal resonance. Whether additional forms of memory exist remains an empirical question. ART neither requires nor excludes them.
IDL and Morphic Resonance
The relationship becomes even more interesting in IDL. IDL practitioners frequently report striking convergences. Different people independently interview remarkably similar dream figures. Comparable guidance sometimes emerges and unexpected information often appears. Such observations naturally tempt some practitioners toward theories resembling Sheldrake’s. IDL intentionally resists that temptation, not because it denies the possibility, but because premature ontology reduces experimental openness.
Suppose two individuals independently interview an eagle and receive nearly identical responses. Several explanations are possible, including shared cultural symbolism, parallel psychological development, common evolutionary constraints, coincidence, morphic resonance, and unknown mechanisms.
IDL does not need to decide. Instead it asks: Can these perspectives generate hypotheses? Can those hypotheses be behaviorally tested? Do they improve adaptive functioning? The explanatory question follows successful experimentation rather than preceding it.8
This methodological discipline protects IDL from many of the epistemological problems surrounding paranormal interpretation.
Adaptive Participation Versus Similarity
Perhaps the deepest difference concerns what produces organization. For Sheldrake, organization arises because similar systems resonate with one another. Similarity becomes the basis of causal influence. ART proposes something different.
Adaptive organization arises through patterns of participation. Similarity is often a consequence rather than a cause. Cells. people, departments, disciplines, civilizations, and artificial intelligences coordinate. Participation generates organization.9 Repeated successful participation stabilizes organizational patterns. No appeal to similarity-based resonance is necessary.
Indeed, two highly dissimilar systems often reorganize each other precisely because they contribute complementary rather than similar information.
IDL exemplifies this principle. Its interviews intentionally seek radically different perspectives. The purpose is not resonance with the familiar; the purpose is productive participation by the unfamiliar. Novelty rather than similarity often drives adaptive reorganization.
The Risk of Naming the Unknown
ART also shares one important criticism of Sheldrake. Naming an unexplained organizing principle does not yet explain organization. Historically, science repeatedly introduced new entities, including atoms, genes, fields, viruses, quarks, and dark matter. These eventually succeeded because they generated increasingly precise predictions and measurable consequences.
The question is never whether introducing a new entity is legitimate; the question is whether the entity progressively earns its explanatory status.
ART therefore applies the same standard to itself. Concepts such as adaptive space, precipitation, adaptive participation, emerging potentials, generative sublimation, and reorganizability are useful only insofar as they generate operational predictions, permit behavioral testing, distinguish successful from unsuccessful interventions, and remain vulnerable to falsification. Otherwise they would become little more than attractive metaphors.10 The same standard applies equally to morphic resonance.
What If Sheldrake Is Partly Right?
ART remains unusually open to this possibility. Scientific history repeatedly teaches humility. Continental drift, neuroplasticity, epigenetics, developmental systems theory, bioelectric morphogenesis, and the microbiome all began as ideas that many experts regarded skeptically. It would therefore be unscientific to dismiss morphic resonance simply because it challenges current orthodoxy. At the same time, openness does not reduce evidential standards. The appropriate response is neither belief nor disbelief; it is disciplined curiosity.11
If future research identified measurable forms of similarity-dependent information transfer, ART could incorporate them without altering its core architecture. Morphic resonance would simply become one more adaptive mechanism operating within a broader theory of adaptive organization. If no such evidence emerges, ART remains equally intact. Its principles do not depend upon Sheldrake’s ontology.
From Morphic Fields to Adaptive Fields
Perhaps the most fruitful way to understand the relationship is this: Sheldrake asks whether nature possesses collective memories that shape future organization. ART asks what conditions allow adaptive organizations to emerge, stabilize, reorganize, and evolve across every scale of complexity. The first question concerns what reality contains while the second concerns how adaptive systems function.
IDL complements ART by adding a disciplined methodology for exploring novel organizations of experience while suspending premature metaphysical conclusions. In this sense, ART and IDL preserve the strongest part of Sheldrake’s legacy while avoiding what has proven to be its greatest weakness. Like Sheldrake, they reject the reductionistic assumption that explaining components explains organization. Like Sheldrake, they insist that unexplained phenomena deserve careful investigation rather than automatic dismissal. But unlike Sheldrake, they refrain from filling explanatory gaps with a specific ontological hypothesis before the evidence requires it.
The result is a more conservative but arguably more scientifically resilient position. ART can welcome future discoveries about new forms of communication, memory, or coordination—whether bioelectric, informational, quantum, or something not yet imagined—without making any one of them the foundation of the theory. Its explanatory center remains adaptive participation, reorganizability, and empirical testing. IDL extends this commitment into first-person inquiry by treating every novel perspective not as evidence for a hidden metaphysics but as a potential source of adaptive information whose value is determined by what it enables organisms, persons, organizations, and civilizations to do.
From the perspective of ART and IDL, then, Rupert Sheldrake is best understood neither as a scientific hero nor as a cautionary tale. He is an important transitional thinker. He correctly recognized that organization cannot be reduced to mechanism alone and courageously challenged reductionistic orthodoxy.
Where ART and IDL part company with him is in insisting that identifying a profound mystery is not yet the same as solving it. The mystery of adaptive organization remains real. The challenge is to investigate it with enough methodological discipline that whatever new principles eventually emerge will have earned their place through prediction, measurement, replication, and adaptive success rather than through their explanatory appeal alone.12
Notes
1. Rupert Sheldrake’s original contribution did not begin with paranormal phenomena but with a critique of reductionistic developmental biology. He argued that identifying genes, proteins, and biochemical pathways does not by itself explain how highly organized biological form emerges during development. His proposed solution—formative causation through morphic fields—is controversial, but the explanatory problem he identified remains widely acknowledged in developmental biology. Michael Levin’s work on developmental bioelectricity likewise arose from dissatisfaction with purely gene-centered accounts of morphogenesis, although Levin proposes experimentally measurable bioelectric communication rather than morphic resonance as the coordinating mechanism.
Rupert Sheldrake, A New Science of Life: The Hypothesis of Formative Causation (Los Angeles: J. P. Tarcher, 1981).
Michael Levin, “Technological Approach to Mind Everywhere (TAME): An Experimentally Grounded Framework for Understanding Diverse Bodies and Minds,” Frontiers in Systems Neuroscience 16 (2022).
2. ART agrees with systems biology, developmental systems theory, and complex systems research that organization cannot be reduced to the properties of isolated components. However, ART extends this principle beyond biology to psychology, organizations, science, governments, civilizations, and artificial intelligence. Its primary explanatory target is therefore adaptive organization across scales rather than biological morphogenesis alone.
Fritjof Capra and Pier Luigi Luisi, The Systems View of Life (Cambridge: Cambridge University Press, 2014).
3. IDL’s suspension of ontological commitment derives from the phenomenological principle of epoché. Rather than deciding whether dream figures, interior perspectives, or symbolic identities are objectively real, psychologically constructed, spiritually autonomous, or neurologically generated, IDL deliberately postpones metaphysical conclusions until adaptive consequences can be evaluated behaviorally. This distinguishes IDL from both reductionistic psychology and metaphysical systems that assign fixed ontological status to interior phenomena.
Edmund Husserl, Ideas Pertaining to a Pure Phenomenology and to a Phenomenological Philosophy, trans. F. Kersten (The Hague: Martinus Nijhoff, 1982).
Joseph Dillard, Integral Deep Listening (various editions).
4. Throughout ART, adaptive value functions as the primary criterion of evaluation. Questions of metaphysical truth remain important but secondary to functional consequences. A perspective is considered useful insofar as it reliably increases adaptive reorganizability under empirical testing. This operational criterion parallels scientific pragmatism while remaining open to multiple ontological interpretations.
William James, Pragmatism (New York: Longmans, Green, 1907).
5. One of ART’s defining characteristics is its independence from particular causal implementations. Evolutionary theory survived the transition from Lamarckian inheritance to Mendelian genetics because natural selection operates independently of specific inheritance mechanisms. Similarly, ART proposes principles governing adaptive reorganization regardless of whether coordination is mediated by genes, nervous systems, bioelectric fields, institutions, artificial intelligence, or future mechanisms not yet discovered.
6. Levin’s research differs fundamentally from Sheldrake’s because it progressively identifies measurable variables, experimentally manipulable mechanisms, and increasingly precise predictions. ART regards this progression—from conceptual insight toward operational specification—as a hallmark of scientific maturation. Michael Levin, “Technological Approach to Mind Everywhere (TAME): An Experimentally Grounded Framework for Understanding Diverse Bodies and Minds.”
7. Adaptive memory in ART is a general systems concept rather than a neurological one. Every adaptive system preserves successful organization in some form. Genes preserve developmental constraints; immune systems preserve successful recognitions; brains preserve predictive models; cultures preserve traditions; institutions preserve procedures; scientific disciplines preserve validated knowledge; AI systems preserve learned parameter organizations. Memory therefore refers to retained adaptive organization rather than exclusively to conscious recollection.
8. IDL intentionally avoids using unusual subjective experiences as evidence for extraordinary metaphysical claims. Similarity of reports, synchronicities, or apparently anomalous information are treated as hypotheses requiring subsequent behavioral testing rather than confirmation of paranormal explanations. This methodological restraint distinguishes IDL from many transpersonal and New Age approaches.
9. Sheldrake proposes similarity-based resonance as the organizing principle linking present systems with previous similar systems. ART instead emphasizes adaptive participation among interacting components. Similarity may facilitate coordination but is neither necessary nor sufficient for adaptive organization. Many major adaptive innovations arise through productive interaction among highly dissimilar components.
10. This requirement reflects a central norm of scientific explanation. Concepts such as adaptive space, precipitation, reorganizability, and adaptive participation remain scientifically valuable only insofar as they generate operational definitions, measurable predictions, comparative experiments, and potential falsification. ART therefore subjects its own central concepts to the same methodological standards it applies to competing theories.
Karl R. Popper, The Logic of Scientific Discovery (London: Routledge, 1959).
11. Scientific progress often requires maintaining openness toward unconventional hypotheses without relaxing evidential standards. The appropriate balance is disciplined curiosity: willingness to investigate possibilities while insisting that explanations ultimately earn acceptance through prediction, measurement, replication, and explanatory precision. Gomez-Marin’s retrospective assessment of Sheldrake illustrates this distinction by arguing that some of Sheldrake’s questions remain scientifically interesting even though his proposed answers remain controversial.
Alex Gomez-Marin, “Facing Biology’s Open Questions: Rupert Sheldrake’s ‘Heretical’ Hypothesis Turns 40,” BioEssays 43, no. 6 (2021): e2100055.
12. From the perspective of ART, Sheldrake represents an important historical transition. His enduring contribution may lie less in morphic resonance itself than in recognizing that adaptive organization cannot be adequately explained by reductionistic descriptions of components alone. ART shares that diagnosis but proposes a different research strategy. Rather than introducing a new ontological entity, it seeks progressively more general functional principles governing adaptive participation, reorganizability, and organizational transformation across biological, psychological, social, technological, and civilizational scales. Whether future science eventually validates unknown forms of nonlocal coordination, as Sheldrake suggests, or develops entirely different mechanisms, ART’s explanatory framework remains compatible because it is organized around adaptive functions rather than commitment to any single underlying mechanism.