Towards a Mycological Metaphysics

The mycologist Merlin Sheldrake recently published Entangled Life (2020). The book revels in the power of fungi to “make us question our categories,” thereby “[changing] the way we think and imagine” (14, 214). A few pages in, Merlin defines mycelium as a process, rather than a thing (6). I am inclined to agree. As a process philosopher, I could not help but ally myself with his project. He goes even further later in the book, insisting that all life-forms are relational processes inhabiting a natural world best understood as “an event that never stops” (53). He encourages us to wonder how our scientific image of nature would be transformed by the adoption of mycelial rather than mechanical metaphors. What would it mean to take seriously the many examples of “basal cognition” and “problem-solving behavior” evident in brainless fungi (15)? If even microscopic hyphae are capable of such feats as “decision,” “improvisation,” and “interpretation” (44), then perhaps conscious agency, or something akin to it, is not the exclusive property of human heads. In that case, “culturally treasured notions of identity, autonomy, and independence” would need to be revised (18). Perhaps fungi can inspire more humility in big-headed humanity?

Perhaps. A powerful word, especially for philosophers seeking to gain permission to peek beneath the measurable facts into the plenum of possibilities from out of which such facts precipitate. Despite the feelings of embarrassment that years of disciplinary training had instilled in him, Merlin, too, found it necessary to embrace the power of speculative imagination in order to make sense of what fungi were teaching him. 

“Thousands of my samples passed through expensive machines that whisked, irradiated, and blasted the contents of the tubes into strings of numbers. I spent whole months staring into a microscope, immersed in rootscapes filled with winding hyphae frozen in ambiguous acts of intercourse with plant cells. Still, the fungi I could see were dead, embalmed, and rendered in false colors. I felt like a clumsy sleuth. While I crouched for weeks scraping mud into small tubes, toucans croaked, howler monkeys roared, lianas tangled, and anteaters licked. Microbial lives, especially those buried in soil, were not accessible like the bristling charismatic aboveground world of the large. Really, to make my findings vivid, to allow them to build and contribute to a general understanding, imagination was required. There was no way around it” (19).

Most of us think of mushrooms when we hear the word “fungi”—but they are just the surface-dwelling fruiting bodies of much larger underground networks.  The task of the metaphysician, who is compelled to inquire into the hidden underbelly of reality, is not unlike that of the mycologist, since “[mycelial] relationships are conducted out of sight” (138). Given this similarity, Merlin and I are hoping that an “academic symbiosis” (215) will be possible between philosophy and mycology. This sort of transdisciplinary collaboration may help stitch the modern image of nature back together again. 

While reading Merlin’s book, the overlaps with Alfred North Whitehead’s “organic realism” were impossible to miss. Whitehead is best known as a mathematician and collaborator with Bertrand Russell on the Principia Mathematica. Lesser known is his later work in natural philosophy and metaphysical cosmology. His entrance into philosophy took the form of a critique of the modern “bifurcation of nature,” a thought-habit which insists that a strict separation be maintained between the objective causal factors thought to be “in nature” and the subjective feelings and perceptions imagined to be “in the mind.” On the one hand, there’s the conjectured system of molecules and electromagnetic radiation formulated by physicists, and on the other, the warmth and color of a sunrise celebrated by nature poets. Mocking the incoherence of this bifurcated image of nature, Whitehead writes: 

“Thus nature gets credit which should in truth be reserved for ourselves; the rose for its scent: the nightingale for his song: and the sun for his radiance. The poets are entirely mistaken. They should address their lyrics to themselves, and should turn them into odes of self-congratulation on the excellency of the human mind. Nature is a dull affair, soundless, scentless, colorless; merely the hurrying of material, endlessly, meaninglessly” (SMW, 56). 

Whitehead would go on to articulate a thoroughly unbifurcated vision of the cosmos as an evolving ecology of organisms. He understood processes of emergent evolution as unfolding at all scales in nature, such that something like Lynn Margulis’ endosymbiosis transpires not just in the biological realm as more complex cells arise by incorporating formerly free-living organisms, but also in the physical domain, as early in cosmic history independent protons, neutrons, and electrons forged enduring associations to bring forth the first hydrogen and helium atoms. This vision is not meant to conflict with natural science, but to support and enrich it: he criticized the classical ontology of inert particles governed by arbitrarily imposed mechanical laws as entirely unsuited to the new findings of relativity and quantum theories. In addition to constructing a new metaphysical background for these early 20th century revolutions in the scientific understanding of space, time, matter, and energy, Whitehead also sought to overcome what philosophers nowadays refer to as “the hard problem of consciousness”: in short, how could mind ever arise out of matter if the latter is defined a priori as purely extended and thus entirely devoid of interiority? This is not just a hard problem. According to a growing cadre of panpsychist philosophers, it is impossible. It cannot be solved as stated. It can only be dissolved by rethinking the materialist premises upon which it is based. Despite scientific anxieties about anthropomorphism, Whitehead urged us to come to see our capacity as knowers to be part of the universe we are trying to know. While some physicists lean on randomness in lieu of explanation by making anti-empirical postulates about an infinite supply of other universes without life or mind, the only universe we actually know about is quite obviously anthropogenetic. After all, here we are. Instead of insisting that mind and life are freak accidents in an otherwise well-behaved mechanical world, perhaps (there’s that word again) the emergence of mind and life reveal something about the nascent potentials of matter that classical physics missed? 

Maybe the real danger to proper scientific understanding is not anthropomorphism, but mechanomorphism. Mechanism implies a mechanic, an outside designer; in contrast, Whitehead’s organic cosmos is understood to be self-organizing. Laws of physics become more like widespread habits that evolve with the organisms composing the cosmos, rather than being imposed upon them from beyond, as deistic early modern scientists supposed. While Whitehead restricts conscious experience to highly complex organisms with nervous systems, he insists that the vast majority of experience comes in the form of non-conscious feeling and emotion. It is here that many skeptics like to throw rocks at Whitehead and other panpsychists: “So you’re saying stones can think?!” No, but contemporary physics tells us that rocks are in fact composed of complex societies of vibrating molecules. In Whitehead’s metaphysical scheme, the vibratory frequencies of molecules, and of atoms composing molecules, express forms of aesthetic harmonization with attendant feelings of experiential satisfaction. Particles are no longer conceived of as point-like geometric abstractions, but vector-feelings whose local subsistence depends upon the reiteration of their vibratory patterns. Thus, what appear as wave-lengths and vibrations to infrared spectrometers, for the molecular occasions in question are felt as “pulses of emotion” (PR, 163; see also my Physics of the World-Soul [2021], 76). Some mineral societies vibrate into highly ordered crystals, while others are more haphazard. 

Sober-minded scientists may balk at such speculative renderings of physical processes. Merlin quotes Whitehead’s statement to Russell, which speaks to his scientifically unorthodox interpretation of the facts of nature:  “You think the world is what it looks like in fine weather at noon day. I think it is what it seems like in the early morning when one first wakes from deep sleep” (112). Whitehead philosophizes at dawn, while dreams still halo consciousness and the separative outlines of objects remain blurred. In contrast, the speculatively-averse Russell preferred the clarity and distinction afforded by shadowless light. 

Mycological metaphors run even deeper into Whitehead’s metaphysics. “Mycelium is a living, growing, opportunistic investigation—speculation in bodily form,” in Merlin’s words (51). Their networks form “streams of embodiment” (55) that act as “ecological connective tissue” stitching the rest of the living world into relation (46). Do these networks form a single organism, or a plurality? A plurisingularity? According to Merlin,  “a hyphal tip would be the closet one could come to defining the unit of a mycelial swarm” (47). Relating the growth of hyphae to our human experience of becoming, Merlin writes:

“The growing tip is the present moment—your lived experience of now—which gnaws into the future as it advances. The history of your life is the rest of the hypha, the…lines that you’ve left in a tangled trail behind you. A mycelial network is a map of a fungus’s recent history” (53).

The equivalent of hyphal tips in Whitehead’s process-relational ontology are called “actual occasions.” Actual occasions are buds of experience that grow out of their relations to the past, achieve some novel aesthetic value in the subjective immediacy of the present, and perish into objective immortality so as to influence the future, contributing whatever value they’ve garnered to the ongoing creative advance of nature. Occasions tend to organize themselves into “societies”: swarm-like historical routes that sustain and amplify an enduring collective form by faithfully reiterating some shared pattern of potentiality.  

Merlin and I are beginning work on a longer paper to draw out the underground connections between process philosophy and the science of fungi. Our suspicion is that the findings of mycology serve as a special example of the more general categories articulated in Whitehead’s philosophy of organism. More to come! 

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*Image credit: Aimee Cornwell (Instagram: @peggyfarmandforage)*

Notes on Whitehead’s Analysis of Abstraction in Science and the Modern World

Science and the Modern World (1925) is not only a historical treatment of the rise and fall of “scientific materialism” in the modern period. It also records Whitehead’s turn to metaphysics in search of an alternative cosmological scheme that replaces matter in motion with organic process as that which is most fundamental in Nature. 

Perhaps the most difficult chapter in Science and the Modern World is “Chapter X: Abstraction.” Whitehead puts aside the peculiar problems of the special sciences that he has treated in earlier chapters (e.g., the quandaries of quantum and relativity theories), and directs attention instead to a dispassionate consideration of the nature of things as such (158). He aims to justify his metaphysics in three ways: 

  1. experientially by way of a descriptive account of the actual occasions composing our immediate awareness of ourselves and the natural world; 
  2. systematically by bringing many types of such occasions into categorical harmony; and 
  3. onto-epistemically such that the account of what there is to be known reveals also how we can know it (i.e., knowledge in Whitehead’s scheme comes to be understood “as an adjunct within things known,” rather than as a view from nowhere).

“In any occasion of cognition, that which is known is an actual occasion of experience, as diversified by reference to a realm of entities which transcend that immediate occasion” (158). In his chapter on “Abstraction,” Whitehead is seeking to unveil the metaphysical conditions of finite knowledge. What must the metaphysical situation be such that limited minds like ours can reflect upon particular truths? His so-called “organic realism” is radically empirical, but unlike prior empiricists, Whitehead argues that the proper understanding of actuality requires that reference also be made to ideality, that is, to a realm of “alternative suggestions” or unrealized potentials. Thus, actuality cannot be made sense of without some reference being made to alternative possibilities; and, at the same time, infinite possibility cannot be made sense of without some reference being made to definite matters of fact.

Any given occasion of experience may include within its aesthetic synthesis various untrue propositions about the actual world. It frequently occurs that we entertain delusive perceptions, say, mistaking a balloon at the edge of our field of view for a stop sign, or an airplane in the night sky for a star. These untruths represent alternative possibilities that are not but may be. They ingress into occasions of experience not only to paint them with definite characteristics (e.g., “red” or “brightness,” etc.), but to aid occasions in their interpretation of the given facts by availing alternative possibilities. Whitehead calls these possibilities “eternal objects” in order to distinguish them from the classical philosophical conception of “universals.” Like universals, eternal objects are abstract, meaning they can be understood independently of their ingression into particular concrete occasions of experience. “Red” or “sphere,” as eternal objects, may be realized together in an actual entity, say, a balloon; but they could also ingress separately into other actualities, like a stop sign or the Sun. But Whitehead wants to avoid further association with the philosophical baggage of “universals,” especially Aristotle’s system of logical classification in terms of genera and species, which while useful for the analysis of actual fact distorts the analysis of abstract possibility that he seeks to undertake. Rather than a classificatory logic, Whitehead analyzes the realm of eternal objects in a more mathematical way. 

Whitehead thus begins his analysis of the metaphysics of possibility. He admits that many may find the procedure “irksome,” and advises those without the patience for such an inquiry to skip the chapter entirely. He tells us that eternal objects have both an individual and a relational essence. The relational essence is the object’s determinate internal relation to every other object in the infinite realm of possibility. This means that each eternal object is systematically and necessarily constituted by its relations to every other eternal object. “Red,” for example, has a perfectly definite relationship not only to other colors but to all other eternal objects (the internal relations among colors considered abstractly is an interesting issue that I hope to go into in a subsequent post*). These relationships come in the form of “abstractive hierarchies,” with simpler objects (like colors or geometric points, which cannot be further decomposed) at their bases, more complex objects at their vertexes, and objects of proximate complexity in-between. There are many such hierarchies in the realm of possibility. The Platonic solids offer one example of an abstractive hierarchy. The tetrahedron is the simplest regular solid, and so if the abstractive hierarchy we are analyzing is defined as that of regular solids, it forms the “base,” with the octahedron, hexahedron/cube, and icosahedron as proximates, and the dodecahedron as the “vertex.” But we could also define a hierarchy more broadly as that of regular shapes: then the tetrahedron can be analyzed into flat triangles, which are themselves composed of lines, themselves composed of points. The point is then the simple “base” of a new abstractive hierarchy. (For purposes of illustration, I am ignoring the fact that the Platonic solids are depicted as colored below, as including this feature would complicate the example too much; just note that, at least for human perception and imagination, without color there can be no such thing as a definite shape or solid).

As internally related among themselves, eternal objects remain “isolated” within their abstractive hierarchies from the definite values achieved by particular actual occasions. It is this isolation that allows incompatible possibilities to coexist. Eternal objects considered in abstraction have contraries in their relational essences which cannot be simultaneously actualized. Thus, in the realm of possibility, the law of non-contradiction cannot be applied. 

The individual essence of an object, then, is its unique contribution or mode of ingression into a particular occasion. Once ingressed, eternal objects are liberated from their isolation by way of the “realized togetherness” achieved in the aesthetic synthesis of an actual occasion. In contrast to the determinate internal relations among eternal objects in abstraction from particular actualities, relations between these objects and actual occasions are indeterminate and so external. In Whitehead’s terms, objects have “patience” for many possible relations or modes of ingression into occasions. While an eternal object in its isolation remains internally determined by its place in one or more abstractive hierarchies, when and where it ends up ingressing into particular spatiotemporal situations remains open-ended, a problem awaiting its solution, as it were. 

Each actual occasion is a prehensive synthesis of the entire infinite realm of eternal objects, with an aesthetic gradation determining the relevant value of each eternal object for its experience. Every occasion is thus a self-creative synthesis of positively prehended “being” (i.e., those eternal objects that are valued and thus individually effective in its aesthetic synthesis) and negatively prehended “non-being” (i.e., the systematic substratum of unfulfilled because unvalued alternatives). The synthetic prehension, or concrescence, achieved by a particular actual occasion is thus the solution of the indeterminateness of its relation to the realm of possibility into the determinateness of spatiotemporal actualization. “Every actual occasion is the solution of all modalities into actual categorical ingressions: truth and falsehood take the place of possibility” (161). In other words, upon ingressing into the “realized togetherness” of a particular actual occasion, eternal objects must conform to the law of non-contradiction. An actual entity cannot be both a square and a sphere. 

It becomes apparent at this point that a further general fact about our universe must be acknowledged: that is, the systematic mutual relatedness inherent to the character of the possibilities with patience for actualization. This general fact is the spatiotemporal continuum, which for Whitehead “is nothing else than a selective limitation within the general systematic relationships among eternal objects” (161). Space-time limits how possibilities can ingress into actualities. Space-time is thus “the locus of relational possibility” (162). Whitehead reserves further discussion of this selective limitation for the subsequent chapter on “God.”

Whitehead next clarifies that he has so far been focusing on actual occasions as natural events (i.e., their physical poles), which is only half the picture. In their full concreteness, occasions also include a mental pole (i.e., “that which in cognitive experience takes the form of memory, anticipation, imagination, and thought”). While in the physical pole, eternal objects and their infinite associated hierarchies have full concrete ingression, in the mental pole there is only partial ingression of a finite associated hierarchy, which terminates in a definite complex concept. Whitehead further characterizes this partiality in terms of its “abruptness.” These partially ingressed eternal objects, in that they lack the infinite individuation that comes from complete ingression, can be grasped in conceptual terms: “There is a limitation which breaks off the finite concept from the higher grades of illimitable complexity” (172). This is in contrast to the ingression of eternal objects in the physical pole, which due to their individual essences and infinite associated hierarchies remain indefinable in terms of anything other than themselves, and so also cannot be described completely by means of concepts.

The finitude and abruptness of conceptual prehensions is significant because it provides a basis for the correspondence theory of truth and thus the possibility of finite knowledge (173). An eternal object, no matter its mode of ingression, is just itself. Any change to its individual essence would produce a new eternal object. Thus, we can justify the notion that our cognitive experience of knowing something corresponds to that which is known: the conceptually prehended eternal object is (at least in true propositions) the realization of the same object in the knower as in the entity known. Whitehead calls this the “principle of the translucency of realization” (172).

It is necessary to say a few words about the next chapter on “God” to round out Whitehead’s metaphysical account of abstraction. He begins by discussing Aristotle’s theology. Whitehead has criticisms of Aristotle, but he does not hesitate to declare him the greatest metaphysician. He adds that Aristotle was the last European philosopher to dispassionately consider the topic of theology. “It may be doubted whether any properly general metaphysics can ever, without the illicit introduction of other considerations, get much further than Aristotle” (174). That said, Aristotle’s “Prime Mover” was based on an erroneous physical cosmology. So his exact argument fails. But despite all the progress in physics and in logic, Whitehead still believes an analogous metaphysical problem remains to be solved. The problem to be solved in Whitehead’s world of becoming is not the source of motion, but the source of limitation: “Every actual occasion is a limitation imposed on possibility” (174). Whitehead therefore replaces God as “Prime Mover” with God as “Principle of Concretion” or of “Limitation.” 

“Actuality is through and through togetherness—togetherness of otherwise isolated eternal objects, and togetherness of all actual occasions” (174-5). Whitehead conceives of God as as the source of the concrete togetherness of the universe, which would otherwise remain in indeterminate disjunction. God is that by reason of which there is concrescence. God is the instigator of aesthetic synthesis. To the extent that there is unity in the universe (whether the unity of the whole of that of any of its parts), God is its efficient and final cause. God is the generic fact ingredient in all experiences by virtue of which metaphysical description is possible for finite minds like ours. 

We are capable of metaphysical description in terms of categorical determinations of otherwise unbounded possibility because in addition to our physical prehensions of the temporal past and spatial present, we also conceptually prehend the full sweep of eternal relatedness through our participation in God’s “graded envisagement.” “This graded envisagement is how the actual includes what (in one sense) is not-being as a positive factor in its own achievement. It is the source of error, of truth, of art, of ethics, and of religion. By it, fact is confronted with alternatives” (177). In Process and Reality, Whitehead will refer to this envisagement as “the Primordial Nature of God.” 

Whitehead compares his scheme to Spinoza’s, identifying his “substantial activity” (what he later calls “Creativity”) with Spinoza’s “one infinite substance.” But he makes significant alterations to Spinoza’s scheme: “[Creativity’s] attributes are its character of individualization into a multiplicity of modes, and the realm of eternal objects which are variously synthesized in these modes. Thus eternal possibility and modal differentiation into individual multiplicity are the attributes of the one substance” (177). Whitehead is clearer on his differences from Spinoza in Process and Reality (81): “Spinoza bases his philosophy upon the monistic substance, of which the actual occasions are inferior modes. The philosophy of organism inverts this point of view.”

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*Typically when philosophers have tried to think through the abstract relations among colors, they think of them in terms of the Newtonian spectrum, as though the relation was simply a continuous gradient, with all the colors on the same “base” level of an abstractive hierarchy. But if we consider the Goethean color theory, dark/black and light/white have to be considered primal or basic, with blue and yellow the proximate result of their mixing, followed by green which arises when blue and yellow mix, etc. So the Goethean understanding of color as an archetypal process of metamorphosis implies a totally different understanding of the relation of the colors to one another. It’s a qualitative/emergent rather than a quantitative/continuous relation. For more see this presentation on Goethean science (timestamped).

HomeBrewed Christianity podcast with Tripp Fuller

Had a great time discussing Whitehead’s cosmology with Tripp. Check it out here: https://trippfuller.com/2021/09/13/matthew-segall-cosmology-consciousness-and-whiteheads-god/

We discussed topics including:

  • the allure of Whitehead’s vision of mind in nature (knowledge as ‘an adjunct within things known’)
  • the potential of a process engagement with different natural scientific problems, including the origins of life
  • the problems with reductionism
  • what is in the concept of a ‘world-soul’?
  • how does Whitehead help one think of life after physical death?
  • how Whitehead came to affirm God…
  • My own wrestling with Christianity and reflections on the future of the faith (‘a non-denominational non-institutionalized Christian’)
  • what to make of the power and problems that come with a religious tradition?

Psychedelics Today podcast on Consciousness, Capitalism, and Philosophy

I had a great conversation with Joe Moore of Psychedelics Today a couple months back, and the podcast was just released today. Have a listen.


In this episode, Joe interviews philosopher, author, and assistant professor in the Philosophy, Cosmology, and Consciousness program at California Institute of Integral Studies in San Francisco: Matthew D. Segall, Ph.D.

Segall discusses the relationship between consciousness and neuroscience: how science is helpful, but ultimately amounts to just one of many different tools towards describing consciousness (not truly understanding it), and how science, philosophy, and religion need to focus on their specialties but also work together towards better defining the human experience. And he talks about the importance of philosophy in trying to make sense of non-ordinary states of consciousness. 

As this is a very back-and-forth, philosophically-based conversation, they talk about a lot more: William James, David Ray Griffin’s concept of “hardcore common sense presuppositions,” Richard Dawkins, scientism, positivism, how we’re slowly thinning the line between technology and humanity, Timothy Leary and whether or not anyone really “dropped out,” German idealism, how capitalism co-opts everything, John Cobb, Alfred North Whitehead, Universal Basic Income, the death denial in capitalist life, and how to use the relationship between the internet and capitalism to improve society. 

Notable Quotes

“The thing about capitalism is that it lives inside each of us at the level of our desires and our drives because we’ve been shaped by it. So we can’t pretend like it’s this big, bad monster out there that other people believe in. The problem with capitalism is that it’s not just a worldview you decide to believe in or not; it is the very structure, again, of your desires and your sense of identity. It’s inside of you.”

“They say cannabis causes problems with motivation. Well yea, once you see through the value structure of our society, you lose motivation to participate because it’s no longer appetizing to you to engage in the rat race.” 

“Fifty years later, after Leary was saying ‘Turn on, tune in, and drop out’, a lot of people thought that they followed his instructions, but again, capitalism co-opted the whole hippie movement, and by the 90s, they were selling Che Guevera t-shirts at the shopping mall and Apple was using the Beatles to sell computers.” 

“The way that liberals tend to think about these questions [is that] they get really mad at Facebook for being biased in what ads they allow and not censoring certain things and selling ads to Russians and stuff. …A publicly traded corporation has one purpose: to maximize shareholder profits. And that’s the business model for Facebook, and so they’ll take money from anyone who wants to sell ads. They’re a private company. They’re not a public utility that has anywhere in its corporate charter as part of its mission: ‘improving civil society’ or ‘helping America maintain its democracy.’ Why would we expect a private corporation to do that? There’s no incentive in capitalism for that. And yet we get mad and blame Mark Zuckerberg. Why aren’t we blaming capitalism? That’s where the source code for this problem is.” 

“Psychedelics aren’t necessarily going to wake us up, but I think that’s why we need philosophy. These substances and these experiences need to be contained within a meaningful story and a meaningful theory of reality so that we can make sense of what we’re experiencing and integrate it, and not only come out of those experiences with a profound sense of what’s wrong with our society, but with at least a good idea for what we’d like instead.”

Tim Eastman Unties the Gordian Knot (session 1)

Last Saturday, the Science Advisory Committee for the Cobb Institute hosted plasma physicist and philosopher Timothy Eastman for the first of 8 dialogue sessions focused on his new book, Untying the Gordian Knot: Process, Reality, and Context (2020). The book sketches a new approach to a theory of everything that builds on philosophers like Peirce and Whitehead, as well as recent advances in quantum, complexity, and category theories.

Here is the recording of the first session:

If you’d like to join the next session on July 10, RSVP here: https://cobb.institute/tim-eastman-unties-the-gordian-knot-2021-07-10/

Whitehead: Purpose and Reason

Great post over on the Prehended blog, partially in response to my book and recent post about Whitehead. Whitehead’s understanding of purpose in nature is enriched by being brought into fruitful comparison with Peirce’s semiotics.

It is true that I try to distance Whitehead from at least Kantian conceptions of rationality (Whitehead replaces Kant’s “critique of pure reason” with a “critique of pure feeling”). I appreciate the critiques here as I should be more clear that Whitehead is not advocating some sort of irrationalism, but rather a form of “aesthetic logic” or “relational rationality.”

conceptual prehension

Matthew Segall (who blogs over at footnotes2plato.com) has recently published a revised edition of his book Physics of the World Soul–an exploration of Alfred North Whitehead’s speculative philosophy, bringing it into dialogue with some recent science and discussing its relevance for our current era of ecological and intellectual turbulence. Reading it over, I felt Segall delivered an exciting and accessible exploration and application of Whitehead’s ideas (as well as plenty of creative thinking beyond Whitehead), hopefully getting many readers of various backgrounds eager to dive deeper into this philosophy. I don’t think there is that much in the substance of Segall’s characterization of Whitehead I disagree with–but I do think there may be possible ambiguities where I would want to draw some further clarification, which I hope to fruitfully pursue in this blog post, and thereby also, hopefully, contribute to further articulating a philosophy capable of centering organism and…

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Intensity of Satisfaction and Lowest Free Energy States (Thinking Abiogenesis with Bruce Damer)

See this link for context on Bruce Damer and David Deamer et al.’s abiogenesis hypothesis.

In Process and Reality, Whitehead articulates two methods for describing the universe. The first, and ontologically primary, method is what he calls “genetic analysis.” This mode of analysis looks at what transpires within each concrescing actual occasion of experience, abstractly dividing occasions into their component “prehensions” (or feelings of perished occasions from the past). The second method he calls the “coordinate” or “morphological” analysis, which has to do with the topological relations among the perished occasions of the contemporary world. This latter mode of analysis focuses on the extensive relations in time and space of objectified (because perished) occasions of experience, backgrounding their subjective feelings and aims. This is the domain of measurement of what has already become via what Whitehead calls “geometric strains,” whereas the genetic mode of analysis examines the concrete growth and becoming of reality, an attempt to catch Nature in the act, as it were. 

Whitehead uses the phrase “intensity of satisfaction” to describe the feeling of concrescence, which is the creative process whereby “the many become one and are increased by one,” or the process whereby the perished past is valued, remembered, and allowed to progress into the future with renewed evaluation. The past can pass into the future only through the present: experience is always a function of what William James called the “specious present,” which is not a solipsistic frozen slice cut off from its origins and destiny, but the tension between an inherited past and an anticipated future. For Whitehead, our perception of space emerges in the present. He calls it “presentational immediacy”: it’s Descartes’ res extensa. Time perception is a function of what Whitehead calls “causal efficacy,” which is the feeling of transition from moment to moment. Concrete reality is a complex relation of these two modes of perception, so we can only distinguish them for the purposes of intellectual analysis. Now, in Whitehead’s cosmological scheme, the “extensive continuum,” the realm of extension or extensity, is only half the picture. And in fact, even to call it “half the picture” is already the privilege the domain of extensity over the other domain, that of intensity: to say it’s only half, as if 50% was external and 50% was internal, is already to privilege the quantifiable nature of extension. The quantitative dimension, the “extensive continuum,” is the mathematizable, computable, binary domain; it is what Tim Eastman calls the Boolean domain that can be measured in bits, rendered exhaustively in 1s and 0s. Only in this domain does it make sense to talk about 50% or half, or ratios of this kind. In the realm of intensity, the old rationality with its logical rules of non-contradiction and the excluded middle doesn’t work anymore. The intensity of concrescence is a domain that cannot be measured, cannot be digitized. It is reality-in-process, something I’ve referred to as “creality” to prevent us from imagining it at some “thing” or “state.” It is the process whereby pure potentiality moves through probability to achieve final satisfaction in a complete occasion of experience or “actual entity.” Before a completed entity is achieved, an occasion is composed of many prehensions of its past, some initially in contradiction with one another. The process of concrescence resolves contradictory prehensions into complex contrasts, transforming clashes into some modicum of aesthetic harmony (these conflicts are why the principle of non-contradiction cannot be applied in the genetic analysis of concrescence, since a definite actuality has not yet been achieved; only once a concrescing subject has achieved its aesthetic aim and perished into objecthood can standard logic and measurements in spacetime be applied).  

When Whitehead discusses the satisfaction of an actual occasion of experience, the intensity of satisfaction in a concrescence, he is talking about feeling, he’s talking about something subjective and aesthetic, something which cannot be spread out in a coordinate grid because it is not yet part of extended spacetime. The realm of intensity or of prehension is not in extended space and time; rather, measurable spacetime relations are a secondary expression of or emergence from networks of occasions (Whitehead also uses the term “nexus” or “society” of occasions). Spacetime thus emerges out of the collective decisions of actual occasions of experience, a result of what these occasions of experience find satisfying, rather than a pre-existent container of some kind to which occasions are passively subjected and forced to conform. The extent of conformity to a measurable and predictable spacetime manifold is a function of the stubborn habits of past occasions being inherited in the present. The habits of what Whitehead calls “the electromagnetic society,” as well as the society of occasions associated with gravity (gravitonic society?) set the base notes for further cosmic evolution, though we cannot be sure that in the distant future our universe will not continue unfolding in more dimensions than what relativity has so far suggested.  

So, in other words, the very gravitational gradient of spacetime, and the energetic dynamics of light, are functions of feeling, functions of feelings of enjoyment, such that the the measurable shapes that the cosmos takes in the extensive domain are a result of or a precipitate of the achievements of the prehensive activities that are underway inwardly and so do not appear in the measurable domain. The concrescent activity of occasions of experience does not appear outwardly because it is what does the peering, it is the subject side of the equation governing cosmogenesis. When Whitehead refers to “intensity of satisfaction,” what he means to say is that there is an aesthetic achievement whereby the perished objects of the past are brought together under contrast with one another, “prehended.” The many objects of the perished past grow together into a new unity, a new whole of some kind, which has an associated experiential vector that launches it through the present into the future. It is telic, an aim, a purposeful unfolding that feels its way forward, or in thermodynamic terms, “falls forward” into the local minima free energy state (e.g., spherical liposomes). The achievement of stable thermodynamic morphologies, and the creative advance into more and more improbable morphologies at whatever scale of physical organization can be described in such experiential terms using Whitehead’s scheme. It is an account of the “why,” not the “how” (the latter is a matter of detailed scientific investigation of the extensive domain). 

Talk of energy in the extensive domain can, in Whitehead’s terms, be translated into the intensive domain in terms of experience or emotion—not conscious deliberation or imagination, or any of the high grade consciousness that we human beings experience—but a lower more basic form of feeling, a “vector feeling,” in Whitehead’s terms. At the most primitive level of physical process, these vector feelings are just gravitational gradients, or the inheritance of the vibratory frequency of a helium atom from moment to moment of its life-history, the repetition and enjoyment of the feeling of that particular frequency. What starts as extremely simply and relatively habitual feeling vectors amplify themselves as they cycle, as they become recursive, and especially as they develop means of reliable molecular memory and replication. When the geological and astrophysical conditions are right for an “ur-able”* planet to ripen into life, when various reliable rhythms in the environment afford the emergence of “improbability sinks” sheltered from a background of relative chaos by environmental conditions, then the emergence of chemical combinatorial selection becomes possible, eventually bootstrapping cellular evolution. The gradual emergence of living cells occurs in the cycling of these fragile progenitor communities. Not a single, heroic cell, but a heroic community gave birth to life. The progenitor hypothesis that Bruce is developing suggests it was a network of polymers at the edges of warm little ponds that would be drying out and refilling, drying out and refilling, with a crucial “gel-like” phase in between where complex cities of lipid sheaths allowed for the first sharing economy on Earth to emerge. Along the edges of these ponds, dehydration would catalyze the formation of longer polymers, of nucleic acids and peptides, complex chains or molecular worms that begin to manifest the first biological “functions” on planet earth, and perhaps in the universe. 

Bruce Damer likes to say that the universe before life—the atomic, astrophysical, galactic environments—gets a D for creativity, in the sense that at these scales relatively few stable forms of organization were found, and for billions of years they have been fixed in place and are basically just running down or wasting away now. No further evolution can transpire. The abiotic cosmis is thus ergodic. It wasn’t until the biological realm invented template copying and self-repairing complex adaptive cellular organization that the creativity of the cosmos ratcheted up again to find new, more complex energy states to “fall” into. Now, I agree with Bruce that the universe before life gets a D in creativity, but the important point here is that it is not an F. It is enough. A D is just enough creativity to keep the evolutionary process falling forward. Yes, it unfolds at a much slower rate than life is able to evolve with its more potent novelty producing engines, but at least some degree of aim and effective satisfaction was present from the beginning, otherwise atoms, stars, and galaxies could never have emerged (these are tremendous organizational achievements in their own right, considering the chaos from out of which they came!). 

To sum up, there is a lure toward deeper intensity operative at every scale of the universe, but which becomes qualitatively richer as evolution complexifies and new means of sheltering probability, affording interconnection, and storing memories are developed. With Whitehead’s help, we can correlate these experiential or aesthetic lures with the movement toward greater improbability: the lure toward intensity of satisfaction is a a lure towards improbability, toward the lowest free energy state relative to its environment. Whitehead offers us an answer as to “why” organized matter from the “least action principle” of the photon on up the scale of organizational complexity tends to adopt the lowest free energy state: because it feels good, because as Blake said “energy is eternal delight.”  This tendency is an aim toward order that is driven or goaded by the lure of enjoyment and satisfaction. It is the great cosmic “counter-agency” to entropy that Whitehead discusses in his book The Function of Reason. He is attempting to give physics animacy again. This language is not meant to discount the details of physics in the realm of extensity. It’s just an attempt at reintegrating the for too long neglected domain of intensity back into our modern understanding of the universe. Whitehead does prioritize the realm of intensity as the concrete reality, with the realm of extension being its secondary expression. But it is not like you could have one without the other, an inside without an outside. Both are required for the cosmic engine of evolution to creatively advance. Whitehead’s protest against the sort of scientific materialism that tries to explain away the inside by reduction to the outside is rooted in his claim that we cannot understand shapes taken in space without giving intensity its due. Intensity is Natura naturans (Nature naturing), and without this ingredient of creative process sprung from intensity of satisfaction, the Natura naturata (Nature natured) would make no sense. Explaining Nature’s external shapes requires making reference to such inward satisfactions. That, at least, is Whitehead’s wager. 

*”Ur-ability” is a new concept Bruce is developing with David Deamer to refer to the thermodynamic and chemical conditions necessary for life to emerge on a planet. We are used to thinking of the “habitability” planets, but “ur-ability” has to do with establishing not just habitability for existing life but the conditions for the origin (ur-) of life.