For most of human history, the world was alive.
Not merely as metaphor, and not simply as a comforting fiction later exposed by science. The cosmos was experienced as ordered, meaningful, and responsive — an integrated whole in which human life was embedded rather than set apart. Vedic seers in ancient India called the inherent order of things Ṛta. Egyptian priests called it Ma’at. Chinese sages called it the Dao. Greek philosophers called it Logos. These are not translations of one another — each arose from a particular language, ritual, and social world. But across civilizations often separated by language, geography, and centuries, they reveal a common conception: reality was understood to be ordered and meaningful, and human flourishing depended on finding one’s right relationship to it.
This was not a philosophical position to be defended but a lived reality they were immersed in — as immediate and unremarkable to them as the ground beneath their feet. Their most rigorous thinkers refined it, their poets celebrated it, their rituals enacted it. None of them had to argue for it, any more than we have to argue that the sky is overhead. It was simply what the world appeared to be.
Something happened to that world. It did not disappear gradually or die of its own contradictions. It was displaced from the center of Western thought — by a set of intellectual and cultural developments that unfolded, with gathering speed, over four centuries. The displacement is usually told as a story of progress: the superstitious, animistic cosmos of the ancients giving way to the rational, law-governed universe of modern science. That story captures the scientific achievements. What it omits is what was discarded along the way — a loss whose consequences we are still living with. The real story is stranger, and more interesting, than the usual telling of it.
What They Recognized
The oldest extensive record of this recognition comes from Vedic India. The concept of Ṛta is woven throughout the Rigveda — compiled perhaps thirty-five hundred years ago, preserving traditions older still — appearing hundreds of times across the collection. The word names the inherent order of things: the regularity of dawn, the turning of seasons, the consequences of moral action, the binding force of truth-speaking, the pattern by which reality holds together. Ṛta is not a decree. It is not imposed on the world from outside. The gods themselves operate according to it.
What is remarkable about Ṛta is not that it was recognized but that the recognition was not partitioned. The modern Western mind instinctively separates cosmic regularity — a matter for physics — from moral order — a matter for ethics — from meaning — a matter for the humanities, or perhaps for religion. Ṛta makes no such separations. The same principle by which the monsoon arrives on time is the principle violated by a lie. The separations we take for granted are cuts made in something that was originally whole. Raimundo Panikkar, The Vedic Experience: Mantramañjarī : An Anthology of the Vedas for Modern Man and Contemporary Celebration (Motilal Banarsidass Publishing House, 1994).
A similar refusal appears in several of the deepest civilizational records we possess. In Egypt, the goddess Ma’at personifies an order that is simultaneously cosmic, political, and personal: she names the order within which the Nile’s regular flooding, the pharaoh’s rule, social conduct, and postmortem judgment all become intelligible as aspects of a single cosmic-moral pattern — not four different domains of her authority but four aspects of a single one. [Specialist citation to add: e.g., Jan Assmann, The Mind of Egypt (2002); or Erik Hornung on Egyptian religion.] In Persia, Asha — sharing the same Indo-European root as Ṛta — names truth, righteousness, and cosmic order as one reality, with its opposite, Druj, meaning not merely falsehood but active disorder, a tearing of the fabric. [Specialist citation to add: e.g., Mary Boyce, History of Zoroastrianism; Émile Benveniste on Indo-European roots of Ṛta/Asha.] In China, the Dao is the most linguistically disciplined of these formulations: the opening line of the Dao De Jing — the Dao that can be named is not the enduring Dao — is not vagueness but discipline, a warning against mistaking the name for the reality toward which it points. [Specialist citation to add: e.g., A.C. Graham, Disputers of the Tao; or Roger Ames and David Hall.]
In the West, the same recognition appears in a different register. Plato’s cosmos is a living creature with soul and intellect. [Specialist citation to add: e.g., Francis Cornford, Plato’s Cosmology; or Sarah Broadie,* Nature and Divinity in Plato’s Timaeus*.] Aristotle gives the intuition a more biological and explanatory form: natural beings are intelligible through their internal principles of development, their characteristic movement from potentiality toward form — the acorn becoming an oak not by accident but by what the acorn is. The Stoics gave the tradition its most precise Western name — Logos, at once the rational principle of the cosmos, the creative fire (pneuma) pervading matter, and the ground of ethical life. [Specialist citation to add: e.g., A.A. Long, Hellenistic Philosophy; Pierre Hadot,* Philosophy as a Way of Life*.] To live well, for a Stoic, was to align oneself with Logos — with the rational order that the cosmos already embodies.stoic_integration
In some cases there was no plausible line of direct influence; in others, the histories are more entangled. But the pattern cannot be explained away as mere copying. The Vedic hymns and the Dao De Jing were composed in cultures that had no contact. Ma’at and Logos arose in civilizations separated by a thousand years and the Mediterranean. The specific vocabularies are not interchangeable: Ṛta is not Logos is not the Dao. Across these differences, however, there is a structural convergence — a shared conviction that reality is ordered, that the order includes both the physical and the qualitative, and that human life is best understood as participation in that order rather than as observation of it from outside. [Cross-tradition convergence citation to add: e.g., David Bentley Hart, The Experience of God: Being, Consciousness, Bliss (2013); C.S. Lewis, The Abolition of Man.]
For every tradition named here, the relationship between the human being and the cosmic order was participatory — a relationship of being inside, not of looking at. The Stoic sage did not study Logos; he lived in accord with it. The Daoist did not analyze the Dao; he practiced wu wei, the discipline of acting in harmony with what is already unfolding. The Vedic priest did not theorize Ṛta; he performed the rites that kept himself and his community aligned with it. To know the order was to stand in right relation to it. This is the feature of these older worlds that is hardest to recover now, because our inherited concept of knowledge is almost entirely the opposite: knowledge as what you can extract from a situation you are not part of.
Each of these traditions has its own internal complexity, and brief characterization risks flattening important differences. The claim here is not that all these traditions believed the same thing, nor that their cosmologies can be recovered unchanged. They cannot. The claim is narrower but more important: each of these traditions held together domains — cosmic order, moral order, ritual practice, human flourishing — that Western modernity would later learn to separate. That convergence, across different languages and institutions, is integral to the story of how it was lost. [Acknowledgment of perennial philosophy tradition and its contestations to add: e.g., Charles Taylor, A Secular Age; Owen Barfield,* Saving the Appearances*.]
That inversion — from participation to extraction, from immersion to observation — is the story this chapter tells. Before the displacement, this was the water — invisible because it was everywhere. It was not experienced as a theory about the world, but as the world itself within many of humanity’s most durable civilizational traditions.
The cognitive science of religion gives this convergence a second interpretation: human beings appear deeply disposed to perceive cosmic order, moral pattern, and participatory meaning. Researchers have identified specific features of human cognition — pattern detection, agency attribution, causal reasoning — that predispose us toward these recognitions. The standard interpretation treats this as a debunking finding: convergence reflects shared brain architecture, not shared insight. But that interpretation requires a further step the evidence does not supply. To show that an evolved cognitive disposition is unreliable, one must show that the mechanisms generating it have no track record of tracking anything real. Otherwise the same reasoning would debunk every product of human cognition shaped by evolution, including the mathematical and scientific reasoning that gave the debunking framework its authority in the first place.
The cross-cultural convergence requires interpretation. It may be evidence only about human cognition. It may also suggest that human cognition, at least in some of its deepest recurring forms, is responsive to real features of experience and world. Which possibility one finds plausible depends partly on the framework one brings to the question. The frameworks I argue for in this essay do not decide the matter in advance, as reductive physicalism tends to.
The history that follows assumes the question is still live.
The First Cracks
The integrated cosmos held together in the West for centuries through the medieval synthesis — the weaving of Greek philosophy, Aristotelian teleology, and Abrahamic theology into a single framework in which physical, moral, and political orders were all expressions of a single divine order. In the Late Middle Ages, that integrated, divine order began to dissolve. An important line of that dissolution did not begin with an external challenge, however, but with an internal theological dispute — one whose consequences its participants could not have imagined.
In the fourteenth century, the Franciscan friar William of Ockham argued that universals — the categories that had structured philosophical thinking since Plato — were not real features of the world but names imposed by the mind. “Dogness” does not exist in nature; only individual dogs exist. The category is a convenience of language, not a discovery about reality. This position, known as nominalism, was a theological argument about the nature of God’s creative freedom — if God is truly omnipotent, Ockham reasoned, he cannot be constrained by pre-existing rational forms. Every individual thing exists because God chose to create it, not because it participates in some eternal pattern.
The philosophical consequences were considerable. If universals are not real features of nature but names imposed by the mind, then one support for reading nature as an intelligible symbolic order is weakened. The cosmos becomes easier to imagine as a collection of individual things whose regularities are contingent rather than expressions of intrinsic form, a collection of individual objects whose regularities are contingent rather than necessary. Ockham’s razor — the principle that explanations should not be multiplied beyond necessity — was originally a tool for theological parsimony. Later hands would find it congenial to anti-teleological explanation, though that was not Ockham’s own aim. The blade that Ockham fashioned to honor God’s freedom would in time be turned against the picture of a purposive cosmos it had been meant to preserve.
The fracture deepened with voluntarism — the priority of God’s will over God’s intellect. The Franciscan theologian John Duns Scotus introduced the idea in the late thirteenth century, and Ockham and his successors pushed it further. God’s will, voluntarism argued, was primary and unconstrained. Scotus’s position was more nuanced than Ockham’s — he held that God’s will, while primary, operated in accord with divine wisdom rather than in arbitrary freedom. But Scotus shifted the philosophical center of gravity from intellect to will, and Ockham radicalized that shift. The trajectory matters more than the precise stopping points. Where the great synthesis of Aquinas had understood God’s will as rational — aligned with an intelligible order that God himself expressed — the voluntarist current reversed the priority. Natural law was not a reflection of eternal rational order but a contingent divine decree. God could have made the world otherwise. The regularities we observe are habits of divine will, not expressions of inherent cosmic structure.
The irony is acute. Voluntarism was a theological position that inadvertently prepared the ground for empirical science. If nature’s regularities are contingent rather than necessary — if you cannot deduce how the world works from rational first principles because God could have arranged things differently — then the only way to discover nature’s order is to look. You must observe, measure, experiment. The same theological impulse that insisted on God’s radical freedom made empirical investigation not merely useful but obligatory. Yet in weakening the link between cosmic order and rational necessity, voluntarism also made it easier to detach cosmic regularity from intrinsic meaning. If the regularities of nature are arbitrary divine choices rather than expressions of an intelligible order, then nature has no inherent significance to discover — only patterns to catalog.
Nominalism and voluntarism did not, by themselves, cause modern science or the mechanistic worldview. Many other currents — mathematical astronomy, scholastic debates over motion and cause, craft knowledge, optics, the recovery of ancient texts, printing, Reformation polemics, and new institutions of patronage and learning — ran alongside them. But nominalism and voluntarism helped weaken one of the older assumptions on which the integrated cosmos had rested: that the categories by which human beings understand nature correspond to real intelligible structures within nature itself. These were not popular movements — most educated Europeans in the fourteenth century would not have recognized the fine points of the nominalist-realist debate. But philosophical shifts at this level do not require popular understanding to reshape a civilization. They alter the assumptions that educated elites bring to their inquiries, which in turn alter the questions that get asked, the methods that seem natural, and the answers that appear satisfying. By the time Galileo pointed his telescope at Jupiter’s moons, the philosophical ground had already shifted beneath his feet.
The Galilean Reorientation
Galileo’s move was particularly consequential — and more subtle than it is usually understood to be. He argued that a precise study of nature had to be read mathematically, that the “book of nature is written in geometrical characters.” This was not a rejection of cosmic order. It was a claim about cosmic order — that the order is mathematical, and that mathematics is the language in which it must be read. Galileo did not look at the universe and see chaos. He saw a cosmos of extraordinary rational structure, and he found a way to make that structure precise, predictive, and powerful beyond anything his predecessors had achieved.
What he also did, and this is where the consequences compound, was create an implicit hierarchy. Quantities — mass, velocity, position — were treated as the features of bodies to which mathematics gave direct access. Qualities like color, warmth, taste, purpose, and meaning resisted mathematical description, and Galileo’s distinction here helped prepare what Locke would later formalize as primary and secondary qualities. The order of the cosmos was preserved — but only its mathematical skeleton. Qualities that resisted mathematical treatment were gradually demoted: first to secondary status, then increasingly to subjectivity, and in some later reductive accounts almost to illusion. What began as a methodological restriction — let us study what can be measured — would later harden, in some hands, into the metaphysical suspicion that only what can be measured is real.
This distinction between narrowing and rejection matters because it reveals something important about the modern worldview. The scientists who built the mechanistic framework did not stop believing that the universe is ordered. They could not have practiced science if they had. The entire enterprise of physics depends on the conviction that nature is rationally structured — that its behavior follows intelligible laws, that mathematics describes those laws with extraordinary fidelity, that the universe is, in Einstein’s phrase, “subtle but not malicious.” This conviction is itself a form of the central order tradition and is one of the deepest puzzles in philosophy of science. Eugene Wigner called it the “unreasonable effectiveness” of mathematics in describing nature, because the mechanistic framework has difficulty explaining why the universe should be mathematically intelligible. It largely treats that intelligibility as a brute fact. The order is there. What was discarded was not the order but the meaning — the experiential dimension, the felt sense of connection and participation, the conviction that the order encompasses the qualitative as well as the quantitative.
The actual history was messier than this summary suggests. Newton’s intellectual world was not the cleanly secular, mechanistic world later generations projected backward onto him. He devoted enormous attention to alchemy and theology — pursuits he understood as part of a complete natural philosophy — and did not consider his physics a rejection of divine order. Religious and alchemical ideas were the source of some of Newton’s deepest ideas. See William R. Newman, “The Problem of Alchemy,” The New Atlantis, Number 44, Winter 2015, pp. 65–75. He wrote in the Principia that God “lasts forever and he is present everywhere, and by existing forever and everywhere he has established duration and space, eternity and infinity.” The “mechanical philosophy” of the 17th century was itself deeply contested — Descartes, Leibniz, and Newton disagreed fundamentally about what mechanism meant, whether gravity was mechanical or occult, whether God intervened constantly or established autonomous laws. As Amos Funkenstein has argued, mechanistic philosophy arose not in opposition to theological views but grew out of the theological notion of a rational, law-governed divine order. Amos Funkenstein, Theology and the Scientific Imagination from the Middle Ages to the Seventeenth Century (Princeton, NJ: Princeton University Press, 1986). The founders of modern science did not experience themselves as rejecting the integrated cosmos. They experienced themselves as reading it more precisely than anyone before them.
The narrowing happened gradually and largely without intention. Each generation saw itself as simply building on its predecessors’ work. Newton saw universal gravitation as proof of God’s rational design. Yet the elegance of his mathematical system made the metaphor of a soulless machine increasingly plausible. Whether or not Laplace’s famous exchange with Napoleon unfolded exactly as reported, Laplace became the emblem of a new possibility: a deterministic mathematical cosmos that required neither divine agency nor inherent purpose. The mathematical order remained. Everything else had been stripped away.
Alfred North Whitehead called this the “bifurcation of nature”: the division between nature as described by mathematical science — particles, forces, mathematical relations — and nature as directly experienced — color, sound, value, immediacy. In cultural terms, that division helped turn participation, value, and felt significance into secondary features of human experience rather than primary features of the world. The experiential way of being — participation, connection, relationship — gave way to detachment, manipulation, and abstraction. By the nineteenth century, within the increasingly authoritative institutions of scientific knowledge, the animate cosmos of the ancients was giving way to particles, forces, and laws. Consciousness, value, and purpose were increasingly difficult to treat as primary features of the world. The cosmos was still ordered — magnificently so. But the order no longer meant anything. It was structure without significance, pattern without participation.
In roughly three centuries — a blink in human history — a worldview that had guided humanity for millennia gave way to something radically different. The order remained, but its scope had narrowed: only the mathematical was preserved, and everything qualitative had been demoted to subjective accident. Physicalism — the conviction that reality is ultimately and exclusively physical Materialism and physicalism are often used interchangeably; physicalism preferred by many contemporary philosophers because it more naturally accommodates entities — forces, fields, spacetime — that are not “matter” in the classical sense. Some researchers and philosophers continue to use materialism, however, so unless otherwise noted, I use “physicalism” and “materialism” as equivalent terms. — did not deny that the universe is structured. It denied, or at least gave no fundamental place to, the idea that this structure carries meaning beyond itself.
The narrowing was historically recent. When we struggle to fit consciousness into the physicalist framework, we are struggling with the consequences of a specific reduction — one that preserved the mathematical skeleton of cosmic order while discarding the experiential flesh that pre-modern cosmologies had recognized as inseparable from it.
The Machine Enters Biology
The mechanistic metaphor’s most consequential extension was into biology — the domain where questions about interiority, agency, and purpose are hardest to avoid.
Darwin himself was not a mechanist in the reductive sense. On the Origin of Species is a book about organisms — about what they do, how they live, what challenges they face, how their relationships with environments and other species shape their trajectories. The organism was still vividly present in Darwin’s picture: a living being acting, varying, struggling, and adapting within a dense ecological world.
Darwin’s theory, however, was transformed in ways he did not anticipate. In the early twentieth century, the mathematician and statistician Ronald Fisher set out to place natural selection on rigorous mathematical foundations. The result — population genetics — was a genuine intellectual achievement. But the mathematics required abstraction. Organisms entered the equations primarily through heritable variation, reproductive success, and changes in allele frequencies across populations. What was lost in that translation was not the organism altogether, but the organism as a concrete, active, world-engaged whole. The ecological narrative became a statistical one. For the argument that Fisher’s mathematical translation systematically displaced the organism from the center of evolutionary explanation, see Denis Walsh, Organisms, Agency, and Evolution (Cambridge: Cambridge University Press, 2015), especially chapters 1–3. Walsh argues that population genetics captured the statistical shadow of evolution while abstracting away the ecological and agential reality of what organisms actually do.
The Modern Synthesis of the 1930s and 1940s completed the merger, integrating Mendelian genetics, population genetics, and Darwinian selection into what became the dominant framework of twentieth-century biology. In its most mathematically influential form, the Modern Synthesis framed evolution primarily as changes in gene frequencies within populations. The synthesis carried an implicit commitment: evolution was now understood primarily as changes in gene frequencies within populations. Development, behavior, and organism-environment interaction were not denied, but they were often treated as downstream effects rather than as evolutionary causes with their own explanatory standing. The term was coined by Julian Huxley in Evolution: The Modern Synthesis (London: Allen & Unwin, 1942). For a comprehensive history, see Ernst Mayr and William Provine, eds., The Evolutionary Synthesis (Cambridge, MA: Harvard University Press, 1980). For a recent assessment of its limitations, see Laland, K., Uller, T., Feldman, M. et al., “Does evolutionary theory need a rethink?” Nature 514 (2014): 161–164.
Richard Dawkins’ The Selfish Gene (1976) gave the gene-centered tendency its most memorable and culturally influential expression. Richard Dawkins, The Selfish Gene (Oxford University Press, 2016). Organisms, Dawkins argued, are “lumbering robots” — survival machines built by genes to propagate themselves. The arc was now visible: from Darwin’s organism-centered ecology, through Fisher’s mathematical abstraction, to a picture in which organisms are vehicles and genes are the true agents of evolutionary change. Agency, purposive activity, and the organism’s own way of inhabiting its world had, in this picture, been pushed to the margins. Richard Dawkins, The Selfish Gene (Oxford: Oxford University Press, 1976). The “lumbering robots” passage appears in Chapter 1. Dawkins has subsequently qualified the metaphor, but its cultural influence has been enormous.
This was not a conspiracy. It was a predictable result of applying the mechanical metaphor to life, reinforced by the extraordinary success of genetics, population mathematics, and molecular biology. And like the mechanistic turn in physics, it was phenomenally productive. Population genetics enabled quantitative predictions about allele frequencies. Molecular biology decoded the structure of DNA. Genomics mapped entire organisms.
But the displacement was not total. Through the first half of the twentieth century, a serious and influential countercurrent in biology — J.S. Haldane, Joseph Needham, Paul Weiss, Ludwig von Bertalanffy, C.H. Waddington — insisted that organisms could not be understood as mere aggregates of molecular parts. They argued that biological organization is irreducible: the whole constrains and shapes the behavior of its parts in ways that cannot be predicted from the parts alone. These were not fringe figures; they were working at the center of twentieth-century theoretical biology. The countercurrent remained influential through the first half of the twentieth century, but its prestige declined sharply as molecular biology rose after the discovery of DNA’s structure in 1953. Molecular biology’s successes — the cracking of the genetic code, the central dogma of information flow from DNA to RNA to protein, the ability to explain heredity in terms of specifiable molecular sequences — made the reductive program seem not merely productive but complete. If, as the new metaphor suggested, the secret of life was a molecular code, then the organicist insistence on irreducible organization could, to a generation captivated by the new techniques, look like a holdover from a less precise era. Daniel Nicholson and John Dupré, eds., Everything Flows: Towards a Processual Philosophy of Biology (Oxford, 2018) explicitly recovers and extends the organicist position. On the organicist tradition and its marginalization, see John Dupré’s review of Walsh in Notre Dame Philosophical Reviews (2016). For the Needham-Waddington circle, see Erik Peterson, The Life Organic (Pittsburgh, 2016). On the cultural-institutional transition by which information-theoretic and molecular framings displaced organicist ones in the decades after 1953, see Evelyn Fox Keller, The Century of the Gene (Cambridge, MA: Harvard University Press, 2000) and Lily Kay, Who Wrote the Book of Life? A History of the Genetic Code (Stanford, CA: Stanford University Press, 2000).
The countercurrent did not die. It lost institutional prestige but persisted — in developmental biology, systems biology, theoretical biology, and later in the process-oriented philosophy of biology that would reassert its claims in our own time.
The Displacement in Full
Within just a few centuries, a family of recognitions found across many of the world’s major civilizations lost authority within the institutions that came to define modern knowledge. The displacement began within Western theology, where nominalism and voluntarism helped weaken the assumption that the categories of human understanding corresponded to real structures in nature. It accelerated through the Scientific Revolution, when Galileo’s methodological decision to study only what could be quantified hardened, in later hands, into a metaphysical commitment about what was real. And it was extended into biology, where the organism — the living, active being at the center of Darwin’s picture — was abstracted into a statistical shadow of itself, and then recast as a vehicle for its own genes.
The displacement was not a discovery. It was a cultural process — driven by theological disputes, institutional momentum, and the self-reinforcing power of a metaphor that had proven spectacularly productive in its proper domain. The integrated cosmos was not refuted. It was made to seem unnecessary, and then naive, and then incoherent. This is not to deny that careful philosophers have offered substantive arguments against the integrated cosmos; they have. But the cultural displacement — the process by which most educated people came to find the idea of a meaningful cosmos quaint — owed at least as much to those forces as to decisive philosophical refutation.
But the integrated cosmos never stopped reasserting itself. Within a generation of Newton’s Principia, thinkers recognized that the mechanical philosophy, for all its brilliance, had amputated something essential. That recognition persisted — in the Romantics, in the Naturphilosophie tradition, in the organicist biologists we have just met, and eventually in physicists themselves, who in the early twentieth century penetrated deeper into the mathematical structure of matter than anyone in history and discovered that the old mechanical picture was not the final architecture of reality.