The Presence of the Past (Rupert Sheldrake)
Overview
In his 1989 work, The Presence of the Past, Rupert Sheldrake challenges the scientific orthodoxy that treats the universe as an eternal machine governed by immutable laws. He proposes the hypothesis of formative causation, suggesting that nature is not governed by fixed rules but rather by morphic resonance, a process where the past influences the present through a collective memory. According to this theory, natural systems—from molecules to animal societies—inherit the habits of their predecessors, making things increasingly stable the more often they occur. By framing the cosmos as a developing organism rather than a static mechanism, Sheldrake argues that biological inheritance and physical patterns are shaped by morphic fields that evolve over time. Ultimately, the text seeks to reconcile the modern evolutionary cosmology with a new understanding of how memory and habit function as the primary organizing forces of the natural world.
See Also
From Fixed Laws to Growing Habits: A Primer on Morphic Resonance
1. The Big Shift: Machine vs. Organism
For more than a century, our scientific curriculum has been built upon a dual vision of the world. In the 19th century, the prevailing model was the "World Machine." In this view, the universe was a vast, mechanical clockwork governed by eternal, immutable laws. While life evolved on Earth, the fundamental realities—matter, energy, and the rules governing them—were believed to be fixed, purposeless, and constant. This model inevitably led to the grim prediction of "heat death"—a state of thermodynamic equilibrium where the cosmic machinery would eventually run out of steam and stop forever.
However, since the 1960s, a new model has supplanted the machine: the "Evolutionary Universe." Most cosmologists now recognize that the universe was born in a primordial explosion and has been growing and developing ever since. In this modern light, the cosmos is not a cold, static apparatus; it is a developing organism. This shift is so profound that even modern physics is grappling with the "Strong Anthropic Principle," which suggests the universe must have properties that allow for the eventual development of life.
Key Insight: If the entire universe is evolving and growing, it is a logical anachronism to assume its "laws" are fixed forever. If nature itself develops, the "rules" of nature likely evolve as well, transitioning from blind, eternal dictates to living, developing habits.
If the universe is no longer a static machine, then its rules cannot be static either—a realization that leads us directly to the logical tension inherent in our traditional concept of "Eternal Laws."
2. The Problem with "Eternal Laws"
Traditionally, science views the "Laws of Nature" as external, invisible, and fixed rules that preceded the universe itself. This perspective is rooted in Platonic and Newtonian thought, which posits that mathematical truths are eternal and exist in a realm outside of time and space.
Crucially, the very term "Law" is a human legal analogy. In the 17th century, the founders of modern science believed these laws were literally framed by a "Lawgiver" (God). While modern science has largely removed the "Lawgiver" from its equations, it has awkwardly retained the "Law" metaphor. This creates a conceptual vacuum: we are left with a system of "enforced" rules without an enforcer. A system without a fixed lawgiver may instead rely on its own history—relying on memory rather than a prehistoric code.
Comparing Two Worldviews
| Feature | Traditional View (Laws) | Proposed View (Habits) |
|---|---|---|
| Source of Authority | Transcendent, external, or a "Lawgiver." | Inherent in nature; based on past experience. |
| Duration | Eternal; existed before the Big Bang. | Evolving; develops alongside the cosmos. |
| Relationship to Time | Independent; laws never change or age. | Cumulative; habits strengthen with repetition. |
As we move away from the idea of nature as a slave to invisible, external codes, we must look at how nature might "remember" its own past through the framework of formative causation.
3. Understanding Morphic Fields and Morphic Resonance
The Hypothesis of Formative Causation replaces the "World Machine" with a model of resonance. To understand this, we must define two foundational concepts:
- Morphic Fields: These are non-material regions of influence that shape the structure of atoms, molecules, crystals, and organisms. Rather than rigid blueprints, they are "probability structures" that organize the most likely form a system will take.
- Morphic Resonance: This is the process of "tuning in" to the past. This influence is transmitted across space and time based on rhythmic patterns of activity and vibratory similarity. It is not an energetic transfer, but a transfer of information.
The Radio Analogy
To clarify the relationship between genetics and these fields, we can use the analogy of a radio receiver:
- The Genes (The Hardware): Like the wires and transistors inside a radio, genes provide the material means for the organism to function.
- The Morphic Field (The Signal): The field is the signal carrying the music. It is critical to remember that the radio does not create the music; it receives and translates it.
In this view, DNA does not "program" the shape of a bird any more than the copper in a radio "programs" a symphony. Instead, DNA allows the organism to tune into the "signal" of the collective memory of its species. Having established these definitions, we can observe how these fields manifest in biological development.
4. Nature's Memory in Action: Case Studies
Biological inheritance is not merely a matter of chemical genes; it is the presence of the past acting upon the present.
Case Study: The Beech Seedling
As a beech seedling grows, it does not simply follow a localized chemical script. It is "tuning in" to the growth habits of billions of beech trees that have lived in the past. It "remembers" how to be a beech tree by resonating with the collective memory of its species. The seedling is a receiver for the accumulated habits of every beech that has ever flourished.
Case Study: The Swallow
Think of a swallow's instinctive behaviors—migration, nesting, and feeding. These are not merely coded into the brain like a computer script. Instead, the swallow draws upon the collective memory of its ancestors. The past actions of millions of previous swallows are a "living presence" within the bird, guiding its flight across continents through an invisible field of rhythmic influence.
The "So What?": In this framework, heredity is more than a chemical blueprint (DNA). It is a "second nature" drawn from a pool of collective experience. We do not just inherit our parents' genes; we inherit the habits of our entire species' history.
This realization transitions us from looking at individual organisms to the broader question of how new habits spread across an entire species.
5. How Habits Grow and Spread
Because morphic resonance is cumulative, a habit becomes stronger and more established the more often it is repeated. This leads to a radical shift in how we view scientific repeatability: if nature is habitual, experiments may actually become easier to repeat over time as the "habit" of the result strengthens.
- Chemical Crystallization: When a new drug is first synthesized, it often takes a long time to crystallize. However, as it is crystallized more often in labs around the world, it tends to form more readily and quickly everywhere. The molecules are "learning" the habit of crystallization through resonance.
- Animal Learning: In a famous 20th-century observation, Blue Tits learned to steal milk by tearing off bottle caps. This habit spread rapidly across Europe—even beyond the range of all normal means of physical communication. The birds were tuning in to a new, burgeoning collective habit.
- Human Skill: This theory suggests that as more people master a new skill—such as wind-surfing—it should become progressively easier for others to learn. We are not just learning from our own isolated practice; we are drawing from the growing field of everyone who has mastered the rhythm of the skill before us.
6. Conclusion: A Living Presence
The shift from "laws" to "habits" transforms our view of the universe from a dead machine into a living organism. In this framework, the past is not a vanished event or a dead memory; it is a living presence that continues to shape the world through resonance. We inhabit a universe of developing memory, where every action contributes to the collective habits of the future.
Student Reflection
- On Personal Learning: If your personal effort in mastering a skill contributes to a "collective memory" for all humans, how does that change your perspective on the value of your individual practice?
- On Scientific Inquiry: Traditional science assumes an experiment performed in 1920 should yield the exact same result in 2024 because laws are eternal. If nature is habitual, why might some experiments actually show different or more consistent results over many decades?
- On Habitual Change: If the universe operates on habits rather than fixed laws, what does that suggest about our ability to "break" entrenched social or biological patterns and create new, more constructive habits for our species?
The Evolution of Evolution: From Sacred History to Cosmic Habit
1. Introduction: The Dual Vision of Reality
The scientific inheritance of the 19th century bequeathed to us a "dual vision" of reality that continues to fragment the modern mind. We have long navigated a world where life is perceived as a vibrant, creative, and ever-branching tree, yet we imagine this tree growing within the cold, static ironwork of an "Immutable World Machine." As the molecular biologist Jacques Monod famously observed, this mechanistic universe is "deaf to [man’s] music" and indifferent to his hopes. We are left with a fundamental tension: while biology is a narrative of becoming, the physical laws that govern the theater of life are traditionally viewed as a purposeless, eternal background of "physical eternity."
| Dimension | Evolving Creative Process (Life) | Immutable World Machine (Physics) |
|---|---|---|
| Character | Dynamic, branching, and innovative. | Static, deterministic, and repetitive. |
| Governing Principle | Historically seen as purposive or "teleonomic." | Purposeless, blind mathematical laws. |
| Status of Man | A central actor in a progressive journey. | An accidental "collision of atoms" (Russell). |
| Temporal Vision | Temporal: Defined by deep history and change. | Timeless: Fundamental reality does not evolve. |
This modern tension is not merely a scientific debate; it is the secularized descendant of an ancient historical conflict between the cyclical time of the classical world and the linear journey of Judaeo-Christian thought.
2. The First Seed: The Judaeo-Christian "Myth of History"
The most radical departure in the history of ideas occurred when the Judaeo-Christian tradition shattered the "cycles of recurrence" that characterized Greek and Hindu thought. To the ancients, time was a circle—an endless repetition of golden ages followed by decay and regeneration. The Judaeo-Christian vision replaced the circle with the line, reimagining time as a unique journey with a definite beginning and a final destination.
The central archetype of this vision is the Exodus, a narrative pivot where a people move through a wilderness toward a Promised Land. This transformed the human experience from one of passive recurrence to one of active pilgrimage. As the author of the Epistle to the Hebrews noted, humanity became "strangers and pilgrims on the earth," seeking a future country.
Key Pillars of the Linear Journey:
- The Unique Creation: A specific starting point in time, moving away from an undifferentiated past.
- The Fall and the Wilderness: A recognition of current imperfection (the "wilderness") that necessitates movement and effort.
- The New Creation: A final destination (the New Jerusalem) where history finds its ultimate purpose and fulfillment.
This religious faith in a destination was the essential theological seed that, once stripped of its divine gardener, sprouted into the secular faith in human effort we call "Progress."
3. The Enlightenment: Science as the Engine of Progress
In the 17th century, the "Invisible College"—the precursor to the Royal Society—performed a grand act of intellectual alchemy. Thinkers like Francis Bacon transformed the religious millenarianism of a "New Heaven" into a scientific utopia of a "New Atlantis." Bacon argued that humanity could "recover that right over nature which belongs to it by divine behest," not through prayer, but through the mastery of the experimental method.
The 3 Pillars of the Progress Narrative:
- Human Reason as the New Logos: The conviction that the human mind can decode the mathematical rationality of the universe, replacing divine revelation with empirical discovery.
- The Scientific Priesthood (Salomon’s House): In Bacon’s New Atlantis, the specialized research institute of "Salomon’s House" became the new mediators of reality. These "Fathers" of science replaced the traditional clergy as the authoritative guides of human society.
- The Scientific Utopia: The belief that systematic knowledge leads to the inevitable improvement of the human condition.
The "So What?": By the end of the Enlightenment, the Scientific Priesthood had successfully replaced the Church as the driver of history. Human reason became the engine of a secular millennium, laying the groundwork for the realization that if human societies move forward, perhaps biology does as well.
4. The 19th Century: The Biological Tree of Life
The 19th century witnessed the expansion of "Progress" into the biological realm, most notably through Charles Darwin. However, the paradigm shift required "fuel" in the form of time. Charles Lyell’s Principles of Geology provided this, expanding the age of the Earth into a vast "geological antiquity." This expansion of time was the prerequisite for the biological tree to grow from a single seed.
Darwin famously preferred the term "descent with modification" over "evolution," primarily to avoid the word's original meaning: a pre-planned "unrolling" of a divine blueprint. He sought a theory that allowed for spontaneous innovation without a pre-ordained script.
"Darwin and Wallace solved the mystery of existence... by showing how the blind workings of natural selection could shape all forms of life with no design or purpose." — Richard Dawkins, The Blind Watchmaker
- The Watchmaker Shift: Biology moved from William Paley’s "Designing Intelligence"—where an organ like the eye proved a Divine Watchmaker—to Dawkins’ "Blind Watchmaker," where natural selection shapes life through the impersonal pressure of chance and survival.
- The Remaining Wall: Despite this revolution, a wall remained between evolving life and the static laws of physics. Biology was a "tree" growing inside an eternal "machine."
5. The 20th Century: The Big Bang and the Evolutionary Universe
In the 1960s, the "Newtonian wall" finally collapsed as cosmology itself became evolutionary. Physics moved away from the "Einstein Static Universe" toward the Big Bang model. The universe was no longer a perpetual motion machine; it was a developing organism that "congealed from the structureless uniformity" of a primordial furnace.
Milestones of Cosmic Evolution:
- The Primordial Singularity: A featureless ferment of quantum energy.
- The Congealing Cosmos: As the universe cooled, fundamental forces "froze out" and matter acquired identity.
- The Era of Galaxies: The transition from a structureless soup to organized celestial systems.
- The Anthropic Principle: A critical pivot where physics begins to look purposive again—the recognition that the laws of physics appear "fine-tuned" to allow for the existence of carbon-based observers.
This shift suggests that the universe is not a rigid container for life, but is itself a process of "becoming." This raises the final, most profound question: If the universe evolves, can "laws" truly be eternal?
6. Synthesis: From Fixed Laws to Evolving Habits
The "Laws of Nature" is a human legal metaphor inherited from an age that believed in a divine Lawgiver. We have traditionally viewed nature as governed by a universal "Napoleonic Code"—fixed, transcendent rules imposed from the outside. In a truly evolutionary universe, this metaphor is outdated. A more accessible and pedagogically sound model is to view nature as governed by Habits.
| Eternal Transcendent Laws (Napoleonic Code) | Evolving Natural Habits (Common Law) |
|---|---|
| Origin: Pre-exist the universe; fixed at the start. | Origin: Grow and develop within the universe over time. |
| Nature: Independent of what happens in the world. | Nature: Cumulative; nature possesses a memory. |
| Logic: Things obey because they are "rules." | Logic: Things behave as they do because they have before. |
| Accessibility: Abstract, mathematical, and distant. | Accessibility: Living and relatable; the past is present. |
The Living Insight: To view nature as a set of habits makes the world "alive" for the learner. For example, a beech seedling takes the shape of its species not just because of its genes, but because it is "tuning in" to the collective habits of all previous beeches. This is the essence of Morphic Resonance: the idea that the past becomes present on the basis of similarity. Whether it is a new drug crystallizing more easily across the globe or blue tits across Europe learning to tear milk-bottle caps simultaneously, the "Habit" model suggests the world is a developing organism with an inherent memory.
The grand narrative of history has shifted from a religious pilgrimage to a biological tree, and finally to a developing cosmic organism. This suggests that the "laws of nature" are not eternal, fixed rules, but are actually evolving habits inherent in the cosmos. Memory is inherent in nature; we do not live in a dead machine, but in a living world that learns as it grows.
7. Appendices: Learning Aids
- Morphic Resonance: The process by which the past becomes present within morphic fields on the basis of similarity, allowing for a non-energetic transfer of information across space and time.
- Morphogenetic Field: An organizing field that shapes the form and structure of a developing system (embryo, crystal, or atom) by providing a "blueprint" derived from previous similar systems.
- Chreode: A "canalized" developmental pathway; a habitual route that a developing system follows toward a specific end-goal or attractor.
- Epigenesis: The process of development where new structures and forms emerge that were not present in the starting point, such as a heart forming in an embryo.
- Teleonomy: The adaptive or goal-directed nature of biological systems; essentially "teleology made respectable by Darwin" by attributing purpose to natural selection rather than a conscious designer.
The Evolutionary Cosmos: A Strategic Framework for Intelligence and Formative Progress
1. The Great Transition: From the World-Machine to the Living Organism
The strategic landscape of human progress is currently undergoing a tectonic shift. We are transitioning from a governance of static entities to a stewardship of morphological trajectories. For centuries, scientific and cultural planning was predicated on the "deterministic machine" model—a universe governed by eternal, changeless laws where life was a local, accidental fluctuation. This model relied upon a profound intellectual hypocrisy known as the "Double World View": a 19th-century paradigm where physicists claimed eternal stasis for the laws of matter while biologists simultaneously discovered the radical evolution of life.
The cosmological revolution of the 1960s destroyed this concept of changeless laws. With the realization that the universe was born in a primordial explosion roughly fifteen billion years ago, the "physical eternity" model became untenable. If the universe has a birthday, laws cannot be eternal; there was no "where" for them to exist before the Big Bang. We must therefore move toward an "evolving organism" model, recognizing that the rules of the cosmos are not pre-written codes but emerging patterns of order.
Historical Worldview Comparison
| Metric | The Deterministic Machine (17th–19th Century) | The Evolving Organism (Modern Cosmology) |
|---|---|---|
| Nature of Laws | Eternal, immutable, and transcendent. | Habitual, evolving, and immanent. |
| Origin of Order | Pre-set at the beginning (Divine or Mathematical). | Growing and differentiating from the primordial "soup." |
| Role of Human Reason | A "ghost in the machine" observing fixed laws. | A participant in the cosmic evolutionary process. |
| Ultimate Fate | Thermodynamic "heat death" or a universe in ruins. | Continued creative expansion; Final Anthropic state. |
As the universe transitions from a state of law-bound stasis to one of habitual growth, our strategic imperative shifts: we must navigate the mechanics of how nature maintains structure through the weight of its own past.
2. Formative Causation and the Logic of Habitual Nature
To manage progress in an evolving cosmos, we must treat the "laws of nature" as "habits." The Hypothesis of Formative Causation posits that natural systems inherit a collective memory from all previous things of their kind. This is the ultimate survival mechanism for complex systems: by repeating established patterns, everything from atoms to societies stabilizes itself against entropy. Nature does not follow a fixed code; it follows the path of least resistance carved out by repetition.
The Mechanics of Morphic Resonance
The process by which the past becomes present in the fields of nature is Morphic Resonance. This mechanism is characterized by:
- Similarity-Based Influence: Resonance occurs across space and time based on the degree of structural similarity between a past form and a present one.
- Non-Energetic Information Transfer: Unlike electromagnetic waves, resonance involves a transfer of information that does not decline with distance or time.
- Cumulative Species Memory: The more a form or behavior is repeated, the stronger the resonance becomes, deepening the "habit" for the entire species.
Strategic Evaluation: The "So What?" of Material Form If form is a probability structure shaped by past repetition, the strategic approach to material synthesis must change. In the crystallization of a new drug, the first synthesis is a "struggle against nature" because no precedent exists. However, as the compound is crystallized globally, the "habit" strengthens. The strategic logistics insight here is that by the 1,000th time a compound is synthesized, "nature is helping" the manufacturer via morphic resonance. Scientific discovery is not merely finding truth; it is the establishment of a new habit in the field of nature.
Evidence of this habit-formation is seen in the "Blue Tit Experiment," where the habit of tearing milk bottle caps spread across Europe faster than physical communication allowed, and in the Crystallization of New Compounds, which consistently become easier to form worldwide once a successful precedent is established.
3. The Anthropic Horizon: Intelligence as a Cosmic Variable
A viable cosmological strategy must account for the existence of the strategist. The Anthropic Cosmological Principle dictates that the existence of an intelligent observer is not an accident but a necessary data point for any valid model.
Distinctions of the Anthropic Principle
- Weak Anthropic Principle (WAP): Observed physical values are restricted by the requirement that sites exist where carbon-based life can evolve.
- Strong Anthropic Principle (SAP): The universe must have those properties that allow life to develop within it at some stage.
- Final Anthropic Principle (FAP): Intelligent information-processing must come into existence in the universe, and once it comes into existence, it will never die out.
The strategic implications of the FAP are staggering. If intelligence is a structural requirement of the universe, then information-processing is the "infrastructure" of the cosmos itself. Human culture and technology are not fragile layers atop a dead world, but primary variables in the universe’s long-term survival. Our "Strategic Strategy" must ensure that technological expansion aligns with the universe's own structural requirement for self-awareness. We are not just surviving; we are fulfilling a cosmic mandate.
4. Cultural Inheritance and the Architecture of Tradition
From a strategic perspective, Cultural Morphic Fields are the "habits" of human societies. Traditions, rituals, and myths are the formative structures that ensure the continuity of a social organism. By performing a ritual, we "tune in" to the collective memory of every predecessor, making the past present and stabilizing the cultural form against the chaos of rapid change.
The Architecture of Group Minds
Traditional theories like Functionalism (society as a machine) or Structuralism (society as a fixed code) fail to capture the living nature of culture. Through the lens of Group Minds and the Collective Unconscious, we see that societies are organized by morphic fields that transcend individual members.
- Ritual as a Stabilizer: Ritual performance creates a strong resonance that ensures the "cultural organism" retains its identity across generations.
- Myth as a Blueprint: Myths function as the "habits of mind" for a civilization, providing the probability structures for social reaction.
A "National Common Law" model of nature—where the "laws" of the universe are built on precedent and habit—is strategically more resilient than a "fixed code" (Napoleonic) model. In a fixed code system, a single break in the code is a catastrophe. In a Common Law model, the strategist’s job is not to "design" culture from scratch, but to curate the resonance of the past, allowing for the creative emergence of new habits while maintaining structural stability.
5. Synthesis: Strategic Directives for an Evolving Future
The "Mystery of Creativity" remains the final frontier. If nature is governed by habit, creativity is the appearance of a new morphic field—a "leap" without precedent. While morphic resonance may be difficult to detect with traditional energetic sensors, its potential to reanimate our understanding of nature is profound. It moves us from being "passives of law" to "participants in habit."
Strategic Directives for the Future
- From Discovery to Hardening: We must treat scientific progress as the cultivation of new habits. We are not uncovering fixed laws; we are "hardening" new patterns of reality through repetition. R&D funding should be viewed as an investment in establishing universal precedents.
- Intelligence as Infrastructure: We must implement the Final Anthropic Principle as a core mandate for technological development. Expansion into the cosmos is not a luxury; it is the universal requirement of "intelligent information-processing" fulfilling its structural role.
- Morphic Literacy: Leaders must recognize the power of repetition and similarity as tools for global cultural stability. Morphic Literacy—the ability to curate and engineer resonance through shared rituals—is the primary tool for resilient social engineering in a fluctuating world.
We stand at the dawn of an era where the survival of intelligence is linked to our ability to participate in the "habit-forming" of the cosmos. By embracing our role as active participants in the formation of nature's habits, we secure our place in the cosmic lineage—evolving from passives of blind force into visionaries of a habitual universe.
The Habitual Universe: A Theoretical Case for Formative Causation in Modern Scientific Inquiry
1. Introduction: The Collapse of the World Machine
The 17th-century Newtonian "world machine" remains the most successful, yet most restrictive, artifact of scientific history. It envisioned a deterministic cosmos comprised of inanimate matter, governed by immutable, divinely ordained laws. While the 1960s shift toward the Big Bang model ostensibly replaced the "perpetual motion machine" with an "evolving organism," the specter of pre-evolutionary cosmology continues to haunt our fundamental assumptions. We have updated the narrative of the universe's origin, yet we cling to a paradoxical "dual vision" where the universe evolves but the rules governing that evolution are viewed as eternal, transcendent, and changeless. This persistence of the "eternal" bias was best articulated by the architects of general relativity themselves. As the source context observes:
"When Einstein first applied his field equations of general relativity to the cosmological problem he discovered that static solutions were impossible. Since there was at that time no observational evidence to suggest that the Universe was in a non-static state and the philosophical prejudices of centuries underpinned the notion of a changeless background universe, Einstein altered his field equations to include the cosmological constant... [to have] a static cosmological solution."
This strategic retreat into static solutions illustrates the tenacity of the Newtonian ghost. To comprehend the necessity of formative causation, we must first deconstruct the mystical, pre-scientific pedigree of these supposedly "secular" laws.
2. The Pedigree of Permanence: Pythagorean and Platonic Roots
The belief in "Laws of Nature" is far from an empirical deduction; it is a strategic mystical intuition inherited from the Pythagorean-Platonic tradition. This lineage sought a timeless reality—an absolute "Being"—hidden behind the veil of a fluctuating, sensory "Becoming." For the modern scientist, these "laws" are the secular descendants of the Mind of God.
| Philosophical Root | Modern Scientific Equivalent |
|---|---|
| Pythagorean Number Mysticism: Numbers as divine, changeless principles of natural law. | Mathematical Physics: The belief that the universe is essentially a mathematical construct. |
| Platonic Forms: Eternal, transcendent archetypes reflected in material objects. | Archetypal Homologies: Identifying "ideal" structures (like the vertebrate skeleton) across species. |
| Aristotelian Souls: Immanent organizing principles (entelechies) that guide development. | Genetic Programs: The treatment of DNA as a "central directing agency" or software instructions. |
The "metaphor of law" is an ontological relic of 17th-century theology. In a strictly secular, evolutionary universe, the concept of an "eternal law" is a metaphysical orphan. Laws imply a Lawgiver, yet modern science has dismissed the King while retaining his decrees. If the universe has a temporal beginning, then the regularities of nature must have a history. While physics remained anchored in these Hellenic intuitions of eternity, biology was the first discipline to glimpse the reality of progressive, irreversible change.
3. The Evolutionary Mandate: From Human Progress to Cosmic Habit
The 19th-century "dual vision"—evolving life trapped within a physically eternal, mechanistic universe—has become intellectually untenable. If we are to take evolution radically, we must extend it from biological taxa to the very laws of physics. We must move beyond the "cheerless prospect" of a universe destined for heat death and recognize that the regularities of nature are not imposed from without, but grown from within.
Visionary thinkers previously proposed this shift through several Evolutionary Assertions:
- C.S. Peirce: The "laws of nature" are actually "habits." The cosmos is alive, and matter is merely "mind deadened by the development of habit."
- Friedrich Nietzsche: Mechanical laws are not eternal; they survived a process of natural selection among "innumerable alternative mechanical laws."
- William James: If evolution is radical, it must apply to the stars and the elements, which arose out of a "far-off antiquity" of chaos.
Modern biology attempts to bypass these insights via the "Genetic Program," but this metaphor is a linguistic phantom—a neo-Weismannist euphemism for vitalism. To say an organism is "programmed" fails to account for morphogenesis; the genes in a human arm and a human leg are identical, yet they produce different forms. Like the "Chicago gangster" metaphor for selfish genes, the "program" attributes intelligence to matter while ignoring the architect. If genes merely provide the building materials (proteins), they cannot explain the epigenetic "folding" of form. We must look instead to the organizing fields that inhabit the structureless uniformity of the cosmic origin.
4. The Hypothesis of Formative Causation and Morphic Resonance
Formative causation provides a testable framework that replaces the "blind watchmaker" of natural selection with a model of inherent memory. This hypothesis posits that the nature of things depends on Morphic Fields—non-material regions of influence that organize everything from crystals to termite colonies. These fields are not merely "descriptive conveniences" but causal agents.
The mechanism of this memory is Morphic Resonance, defined by three primary characteristics:
- It is a non-energetic transfer of information: Unlike traditional fields, it does not involve a transfer of energy, meaning it does not obey the inverse-square law of physics.
- It acts across space and time without decline: The influence of the past is directly present, regardless of temporal or spatial distance.
- It operates on the basis of similarity: The more similar a system is to a previous one, the more powerful the resonance, creating a "Collective Memory" for each species.
Through repetition, things become increasingly habitual. This is observed in the "blue tits" of England learning to steal milk or the "crystallization of new compounds." When a new chemical is synthesized, it crystallizes more readily across the globe the more often it is created, as its morphic field becomes established. This challenges the very heart of the scientific method: the assumption of static repeatability.
5. Testing the Habitual: Repeatability vs. Morphic Growth
The strategic importance of empirical testing lies in distinguishing between "laws" and "habits." Orthodox science assumes that repeating an experiment under identical conditions must yield identical results because the laws are constant. Formative causation predicts that new phenomena should become progressively easier to replicate as the "habit" deepens. This transforms the "Radio Set" of the organism—where the brain acts as a receiver rather than a storage device—into a dynamic participant in cosmic memory.
| Phenomenon | Orthodox Prediction | Formative Causation Prediction |
|---|---|---|
| New Chemical Synthesis | Rate of crystallization is determined by eternal laws and remains constant. | Crystallization occurs more quickly and easily as the compound's "habit" is established. |
| Animal Learning | A new behavior takes a standard time to learn based on genetic capability. | As more animals master the trick, others learn it faster, even without direct contact. |
| Human Skill Acquisition | The difficulty of a new skill (e.g., wind-surfing) remains constant over generations. | As the collective habit grows, the skill becomes progressively easier for new students to acquire. |
This moves science from "descriptive convenience" toward "causal explanation." Even the Anthropic Principle—which suggests the universe must have properties allowing for physicists to exist—requires that the "laws" of physics matured alongside the matter they organize. Science must recognize that "repeatability" is actually a measurement of the growth of a habit.
6. Conclusion: Toward a Living World
Adopting the hypothesis of formative causation is a strategic necessity for a truly evolutionary science. It resolves the conflict between a developing world and the static, pre-evolutionary laws we use to describe it. This shift brings nature back to life, transforming the universe from a "perpetual motion machine" into a creative, remembering organism. To advance modern scientific inquiry, we must embrace this Theoretical Synthesis through a 3-point Call to Action:
- Abandon the metaphor of "eternal laws" in favor of "habitual regularities" that evolve and deepen through repetition.
- Recognize the role of non-material fields (morphic fields) as the primary agents of organization, moving beyond the teleonomy of "genetic programs."
- Prioritize experiments that measure the "growth of habit," treating the time-dependent ease of replication as evidence of a living, remembering cosmos.
By shifting our paradigm, we transform the "cheerless prospect" of a universe in ruins into a creative, evolutionary process. The past is not lost; it is present in every habit of the universe, ensuring that nature is not merely a machine, but a living history.