Friday, July 31, 2026

Wholeness and Vertical Causation

Too long again, but I would like to get the the end of the Cosmos and move on to the Anthropos. The material is not difficult, and I don’t want to split the argument in two:

Quantum physics is the most accurate scientific map ever, but is nevertheless not the territory. However, it does prove that the territory is much stranger than we had imagined. Specifically, Bell’s Theorem proved that the quantum world is nonlocal. If it isn’t nonlocal, then physics makes no sense on its own terms; in other words, nonlocality is required in order for it to make sense, but this in turn makes no sense in a bifurcated Cartesian universe. For supposing nonlocality is the case, then subatomic particles have the remarkable capacity to manifest instantaneous correlations across vast reaches of space, which is to say, exhibit an unbroken wholeness.

Smith essentially argues that the local (or what he calls corporeal) is to the nonlocal (or physical) as form is to prime matter. In other words, Aristotle got it right after all. “Everything in creation hinges upon these two complementary principles.” i.e., the complementary presence of form and matter. Importantly, however, this is a vertical distinction, with matter necessarily situated below form. The latter must somehow be projected from above, if only because the alternative is inconceivable.

This being the case, it implies a tripartite, vertically ordered Cosmos, with the pure potential of formless quantum potential at the bottom, our corporeal world in the middle, and something like a Theos at the top. Thus the Anthropos is the vertical link between terms, or between formal intelligibility and formless prime matter. For as Aristotle recognized all those years ago, mere potential is an ambiguous state between something and nothing: it is not yet something, but nor is it nothing.

Let’s go back to step one, before the bifurcation of reality. Instead of splitting the world into interior and exterior, why not revert to the way things actually are, and recognize that interior and exterior are entangled in an irreducible way? For on the scale of untenability, the segregated bifurcation of mind and world is an eleven. Besides, Cartesian dualism is founded upon its own One Free Miracle, this being the veracity of God: God is not some evil demon who would deceive Descartes about something as important as his precious Cogito. So he posits his own sketchy version of cosmotheandrism, in that its three terms are all exterior to one another: he actually trifurcates the wholeness of reality into mind, matter, and God.

Recall the quote by Heisenberg to the effect that The same organizing forces that have created nature are responsible for the structure of our soul and our capacity to think. This is a meta-observation that transcends material science, hinting at a more profound level of relatedness. It implies an intrinsic connection between the human mind and the natural world, suggesting that our capacity for thought is not something separate from nature, but rather an expression of it. For “contrary to the strict division of the activity of the human mind” into binary opposites, Heisenberg proposed “the ideal goal of surmounting the opposites” (Smith) via what we are calling a transcendent third – an a priori dynamic synthesis of three terms as opposed a static a posteriori division into two.

The following passage by Wolfgang Smith goes to the heart of the quandary under discussion: “A worldview based upon physics is bound, therefore, to exclude the ‘qualitative dimension’ of the cosmos -- not because it is not there -- but because this science is categorically incapable of grasping that dimension, that aspect of the world.”

It seems there are no qualities down in quantumville until we make them so via measurement. But measurement is not from “within” that dimension, rather, from “above.” In Smith’s parlance, our measurement is a corporeal imposition into the merely physical: “An ontological distinction is thus to be made between the spatio-temporal world as perceptible, and the world as conceived by the physicist: the two are by no means the same.” Therefore, our act of measurement categorically transcends the world it measures. It is as if there are two worlds, for example two tables, “namely the one I can see and touch, and the other one made of ‘atoms in the void’ which I cannot.”

So, the measurement quandary does indeed place man in a kind of void unless we avoid the very Cartesian dualism that exiles us there. In other words, we need a vertically ordered Cosmos in order to properly situate the spooky quantum world. This latter cannot be the “cause” of the higher world we inhabit, because horizontal causation results in only more of it: “What confronts us in the act of measurement is a transition between two distinct ontological domains: from the physical to the corporeal that is.”

But our corporeal cannot be reduced to the physical. This is a problem physics per se cannot solve, because the corporeal domain is not explicable from the perspective of the quantum-physical. In other words, we begin, as we must, with the familiar everyday forms of the corporeal, but these dissolve into a buzzing sea of near nothingness within the quantum realm. The problem is, if we could actually go there, we wouldn’t be there, precisely.

A quandary indeed.

Unless we introduce another principle, a metaphysical one that can be perceived by the intellect but not with the biggest and best microscope in the world, for any microscope is ineluctably located in our macro (corporeal) world. As per Axiom 4, this is an internally related Cosmos, and this relational interiority extends all the way down to a quantum realm of pure potential, located at the penumbra between existence and non-existence.

Although mind and matter are thoroughly entangled at the quantum level, it seems that physicists would prefer to keep them separate, but this is precisely what they cannot do: you just can’t remove the subject from the object. With which cosmotheandrism has no issue, since only a human subject is capable of objectivity anyway.

Besides, we have only to turn the Cosmos bright-side up in order to see that quantum physics has nothing to say about vertical causation, because “its equations simply don’t reach that far”: “The crux of the matter resides in the fact that the physical realm -- the ‘world’ in which these equations do cut ice -- is limited, and that the act of measurement cannot be consummated within that restricted domain.... there is literally ‘a world of difference’ between the two -- a gap physics cannot span” (Smith).

Another case of the Great Between?

Yes, because the world of difference between these different worlds is recognized by the Anthropos, since we are able to distinguish between the poles of transcendent form and immanent matter and energy. From our side of the divide (the corporeal) we can know of it, but it can know nothing of us, no matter how much pneumababble with the word quantum thrown in.

Based on what has already been said above, we can all agree that the Cosmos is one, because that is what Cosmos means: a single order encompassing every thing and every event, whether objective or subjective, quantum or corporeal. As such, it is a whole, except to say that whole and part are complementary: no one needs a degree in physics to know that a whole consists of parts not only ordered to the whole but with the whole somehow contained in the parts -- for example, each cell in the body containing the genetic blueprint for the whole organism.

But by virtue of what principle is this wholeness even possible? It can only be because the Cosmos itself is already a whole. No amount of horizontal shuffling of extrinsically related parts could result in the emergence of wholes from parts, much less life from matter or transcendent minds from the quantum mist.

According to Smith, irreducible wholeness “is incomprehensible to physics per se, for the very simple reason that its modus operandi hinges precisely upon the reduction of wholes to the sum of their spatio-temporal parts.” So, physics makes wholes disappear under its aspect, nevertheless, the parts are only there in relation to the whole physicist. If the physicist were only an agglomeration of parts, there would be nothing to know and no one to know it.

The mystery of physics is always dwarfed by the mystery of the physicist?

Yes, but everyone, by virtue of being someone, is a mysterious whole; and “the idea of irreducible wholeness goes hand in hand with that of vertical causation.” We may therefore see “that, on the one hand, it takes vertical causation to produce an irreducible whole, and conversely, that it takes an irreducible whole to exert vertical causation.”

A tautology? Only if we collapse vertical to horizontal, which at once reduces wholes to parts. In reality, “no deterministic, random, or stochastic process can give rise to ‘complex specified information.’” For again, where does all the information come from? If it cannot come from below, it must come from above -- whatever “above” means. Formlessness cannot produce form, and yet, the corporeal world we inhabit is full of them. Unless we adopt a truly self-defeating nominalism, in which case forms and knowledge of them are equally impossible.

Don’t cut off your parts to spite your whole?

Yes, because without irreducible wholeness, not even being could be. For in the sub-corporeal quantum realm “we are no longer dealing with existent things,” rather, with possibilities, probabilities, and potentials, which are only in turn known via real corporeal instruments wielded by real embodied physicists. Like Aristotle’s principle of potency, the quantum world is “midway between being and nonbeing.” Thus, the quantum domain must derive from the corporeal, not vice versa.

At the top of the cosmotheandric framework is beyond-being, mirrored below in the mysterious barely-being of quantum physics. Regarding the latter, Heisenberg put it this way: it is “a world of potentialities or possibilities rather than one of things or facts,” which sounds very much like Aristotle’s category of prime matter, which also doesn’t properly exist until given intelligible form. The question is how do we get from that world of pure possibility to our familiar world of actuality, from the kingdom of potential to the thingdom of matter?

Nothing can give what it does not possess.

Agreed: it is quite a leap from a barely real world of pure possibility with only a tendency to exist, to our familiar world of intelligible objects that obviously exist. The only way out of this self-referential circle of unintelligibility is with recourse to the transcendent pole of being. Suffice it to say that it is a purely gratuitous metaphysical assumption to say that quantum physics somehow constitutes the ground of being, or that it is where we must begin our search for the Cosmic Area Rug. Rather, supposing the principles of transcendence and verticality, the quantum world is but the last vestige of reality before it shades off into nothingness. Conversely, the real ground must be located at the top, where infinitude is projected all the way down into the lower reaches of mere possibility.

If we’re on the right track, then the attempt to eliminate irreducible wholeness is a kind of ontological insanity. Analogously, it would be a kind of “musical insanity” to reduce a symphony to a series of isolated notes, and then regard these as more real than the symphonic whole. Nevertheless, this is the strategery of our paradigmatic science, to try to build a real corporeal Cosmos out of its incorporeal residue.

The cure is rather simple, really: don’t elevate a scientific methodology to an ontology. In reality, there is a complementary relationship between part and whole, interior and exterior, analysis and synthesis, induction and deduction, one and many, etc. Some form of holism not only “makes sense” but “may well be in essence the only ontology that does” (Smith).

Way back in the day, Plato said Science is nothing but seeing. But what is sight? Human vision is not like a camera, which records only surfaces. Rather, we can see what we don’t see, for example, the dark side of the moon. We don’t literally see it, but in seeing the bright side we know the unseen side is there. We cannot see the totality or wholeness of a single object, even though we know -- unlike animals -- that there is always more to what we see.

Analogously, with the tools of science we see the one side of the Cosmos. But here again, there is the other side which we cannot see, and which requires a different mode of vision -- a transpersonal seeing “within” or “beyond” the surface.

A dualistic worldview doesn’t view the Cosmos at all, i.e., in its integral wholeness, rather, it is an impoverished view that breaks the prior wholeness into a world of increasingly diminished fragments. We can try to put the fragments back together in a multitude of ways, hence all the arbitrary -isms that attempt to do just that.

Imagine examining a painting with a microscope of infinite power, which would at once reveal everything and yet nothing. More generally, the tool determines what we shall find.

But the Anthropos is not only behind every tool, but the tools are simply extensions of us. We ourselves mirror the mysterious dark side of any object we perceive, in that our consciousness extends bidirectionally toward a boundless unconscious below and a supra-counsciousness above, the latter accounting for the intellectual light with which we see -- or enlighten -- intelligible objects. This primordial light is perhaps the most important thing that has been overshadowed by the Enlightenment. It is the central sun we’ve exchanged for the scientistic candles that illumine only the surface or periphery.

No one can see the Cosmos, and yet, we see it just the same in seeing anything. In other words, every intelligible existent is the visible side of a Cosmic Area Rug that extends over a transcendent horizon of total intelligibility. Which is again why any truth speaks of all truth. One might say that science is embedded in omni-science, as is part to whole.

Thus, if the Cosmos “were even remotely what the physical sciences declare it to be, it could not be ‘viewed’ at all. To speak seriously of a ‘worldview,’ one needs consequently to assume the incompleteness of our physics-based scientific knowledge” (Smith).

To what can be seen through physics needs to be added what is in principle not visible through it. You can spend your entire life in search of a sphere in Flatland, and will never find one. Unless you know how to look at circles, i.e., intuit the invisible sphere from which the visible circles are a declension.

Plato for the win!

Correct: the light is coming from outside the cave. Moreover, the call is coming from outside the Cosmos, i.e., from the transcendent horizon of total intelligibility alluded to above. You might say that modern physics is the biggest candle ever invented, but it will never find the sun, since it is at the other end, i.e., not the shadows dancing on the walls of the quantum cave. So, even if your tool is a high energy particle accelerator, philosophically speaking it is nevertheless a very expensive exercise in hammering shadowy nails to a wall made of gelatin.

So, where does our examination of the microworld leave us? Look closely enough at an object and it dissolves into an ontological crapshoot of vibrating energy. There are no good or bad vibrations, just a particle collidoscope of configurations that are, in Whitehead’s description, “senseless, valueless, purposeless.” The attempt to reduce the total Cosmos to its horizontal aspects entails a drastic impoverishment that shrinks reality to our lowest way of knowing it. Conversely, we are seeking intellectual rigor, minus the mortis.

Without the nightmare of ontological shrinkage.

Yes, and here we should say something more about Gödel, who in his spare time also proved that the mind is more than a machine: it calculates while always transcending calculation. Thus, the merely quantifiable Cosmos is but its “outer shell,” so to speak -- the periphery, not the center. Rather, we -- which is to say, the Anthropos -- are the center of the Cosmos, more on which as we segue into Book II and figure out how we snuck into the Cosmos while it wasn’t looking.

The argument is coherent within its own terms and correctly identifies real difficulties in any strictly bottom-up or Cartesian reading of quantum theory. Nonlocality, the measurement problem, and the gulf between quantum description and corporeal experience remain live issues in the foundations of physics. Smith’s retrieval of Aristotelian categories offers one principled way of ordering those issues.

What remains open is whether the full tripartite vertical hierarchy (quantum potential → corporeal form → Theos) is required, or whether other non-reductive realisms can accommodate nonlocality and measurement without committing to that specific ranking. The section does not yet demonstrate the necessity of the highest term; it shows that some principle higher than the quantum domain is needed if the corporeal world and the knowing subject are to be real. That is a significant critical result. The constructive identification of that principle with the full cosmotheandric structure continues to be a further metaphysical step.

The writing stays focused and advances the narrative without excessive digression. The quantum material is no longer treated as an optional side-topic but as a test case for the book’s central vertical claim. That is progress.

Thursday, July 30, 2026

Believe in Something, Even If It’s a Load of Psychobabble with the Word Quantum Thrown In

Facts are meaningless. You could use facts to prove anything that’s even remotely true. –Homer Simpson

I used to dabble in quantum babble -- i.e., those popularized books that began flooding the market in 1975 with the publication of Fritjof Capra’s The Tao of Physics. Now I am hesitant to do so, because quantum physics is so peculiar that you can use it to prove just about anything you want, from backward moving time, to a 26 dimensional Cosmos, to creating reality with your mind, to the existence of a multiverse.

You know, dozens of universes spontaneously appear each year. It’s just not really widely reported.

If we’re going to investigate the nature of this Cosmos, I suppose we can’t avoid talking about quantum physics, even though my specialty is generalization.

I thought we agreed: No deepaking the chopra!

Well, to quote Richard Feynman, “If you think you understand quantum mechanics, you don’t understand quantum mechanics,” which makes me an expert. The point is, it is impossible to comprehend the subatomic realm in terms of the familiar world we inhabit. To be sure, the math works spectacularly – I am told – in that quantum physics is the most accurate theory ever devised by man. We just can’t imagine what it describes. There are no fixed shapes, definite locations, or predictable trajectories moving through continuous space and time, so however we picture it, the picture is surely wrong. No one can envision a wave function. Rather, the math provides us with more of a known unknown.

Socrates was considered the wisest man in Athens because at least he knew he didn’t know.

Yes, and that’s where I had them. Of course they laughed at me and made jokes, but we can prove beyond the shadow of a doubt and with geometric logic that metaphysics not only transcends physics, but can never be derived from it. We can comprehend why quantum physics is so odd, but not from below, nor from here in the middle, rather, only from the top, where metaphysical principles reign down on us. These principles entail everything below them, including physics. Conversely, we cannot inductively arrive at our metaphysical principles via quantum physics or any other special science, because the very practice of science presupposes them.

For among other things, left unstated is the presumption that the material or even submaterial world is the actual foundation of reality. But as argued by Robert Rosen in his Life Itself, the material world as described by physics is too impoverished to account for complex systems with interior relations and numberless interconnections, let alone for a mind capable of physics. Not so much as a single living cell could exist in a purely externally related material universe, because there could in fact be no life at all, for the simple reason that any living organism exemplifies part-whole relations that are only possible in a Cosmos that already exemplifies them. In short, no amount of exterior or atomistic parts can make the vertical leap to an interiorly related or organismic whole.

So, who died and left physics in charge?

No one and everyone, I suppose. But subatomic quarks and neutrinos are one thing, truth another, and one of these is not like the other. In this book, truth is our north star, whatever its source and wherever it leads. Except this is a holographic Cosmos, so any truth is deeply entangled with other truths and even with the Truth itself which conditions the numberless south stars below.

So, here we are, standing on the ground floor of the Cosmos, or rather, on the gelatinous ground beneath the floor. Which raises the question: how do we get from that vaporous world of sub-existential potency to the actual Cosmos we inhabit? How can these two worlds be reconciled?

Only one way, for the simple reason that there exist perennial truths that must be true even for quantum physics but can never be derived therefrom -- in other words, necessitating a top-down rather than bottom-up approach. You cannot leap from physics to metaphysics, but this doesn’t stop people from trying. Thus, it is used by entrepreneurial mystagogues to prove literally anything.

On the one hand, there is a mind-boggling level of mathematical precision in physics, while on the other hand it has resulted in probably thousands of pseudo-spiritual books aimed at the new age rabble with titles such as Quantum Gospel, Quantum Prayer, Quantum Miracles, Quantum Sorcery, Quantum Magician, and Quantum Spirit Warfare, not to mention a spate of more down-to-earth practical guides to Quantum Thinking, Quantum Nutrition, Quantum Finance, Quantum Surfing and Quantum Laws of Abundance. There are even niche publications such as A Black Girl’s Guide to Quantum Computing and Quantum Physics for Hippies. But just because the science is admittedly wacky, it doesn’t make every new age wackjob a scientist.

Now, what is it about quantum physics that generates so much of what another book calls Quantum Bullshit? How can the hardest of hard sciences lead to the softest of sophistries? It must be due to the undeniable weirdness of quantum physics combined with Richard Feynman’s concession that no one understands it. Put these two together and the result is everything from The Quantum Reality Hacker’s Handbook to Quantum Bigfoot.

Why can’t we leave physics to the physics department?

I’m afraid we cannot do that, because it would violate the spirit of cosmotheandrism, which must encompass everything, not excluding physics. In our view, quantum physics is weird because it is a downstream physical reflection of an upstream metaphysical weirdness expressed in our Axiom 11, substance-in-relation.

From our cosmotheandric perspective, this permeation of the whole within the parts is an entailment of the principle that accounts for the intelligibility of the Cosmos: when we know something -- anything -- it is because we — Anthropic parts — are not fundamentally divided from the Cosmos. And every form of knowledge is connected to every other form, because it is One Whole Cosmos. Except to say that these diverse forms can never be unified on any merely horizontal plane, rather, there is a vertical unity, which is why it is a tool’s errand to try to reduce the intellect to biology, biology to chemistry, chemistry to physics, etc. Rather, the unity spans an open-ended — open at both ends — vertical hierarchy. That’s just the way it is.

For which reason physicist Wolfgang Smith notes that “The worst metaphysics is generally to be found among those who claim not to have any at all,” or in other words, Those who reject all metaphysics secretly harbor the coarsest.

If Feynman is correct that no one truly understands quantum physics, then presumably no one understands it less than the one who imagines he does, so how are we supposed to use it to arrive at an intelligible vision grounded in a fundamentally unintelligible reality? Easy: Physics cannot be the paradigmatic or foundational science to which all others may be reduced, rather, the very possibility of science is situated in a higher and more encompassing Science than that of physics.

We’re still big. It’s the Cosmos that got smaller.

Well, we’re just gonna need a bigger Cosmology, that’s all, one that doesn’t begin by dividing itself in two. Which is, of course, the way things used to be: philosophy was queen of the sciences, in the absence of which science could not know what it knows – or rather, know only what it knows. Under the reign of Newton this was essentially matter in motion, while under the dominion of quantum physics it is not even that, rather, just fields of probability with a tendency to exist.

As we know, all of western civilization went off the rails one cold night in Bavaria, when René Descartes shut himself inside a poorly ventilated room with the oven cranked up to 11, and had several hypoxia-induced visions as a result of carbon monoxide poisoning. This resulted in the infamous mind-matter problem that has plagued us ever since, in that people immediately forgot that the problem was only a chronic residual of the original carbon monoxide poisoning.

Like another fall, only this time away from God.

Yes, we need a post-Cartesian reboot. We needn’t defer to some giddy mathematical genius with too much time on his hands and too little oxygen in his lungs. If that’s our standard, then let’s filter carbon monoxide into every physics department and see what they come up with, instead of just filtering it into humanities departments.

Back in Olden Times, Democritus concluded that “According to vulgar belief, there is color, the sweet and the bitter; but in reality, only atoms and the void.” Thus, he was an early adopter of the Cartesian bifurcation that bedevils us to this day: qualities to one side, quantities to the other, and then the rookie error of reducing the former to the latter. For with this bifurcation, quantity is not only rendered meaningless, but can never give rise to meaning – like psychotic word salad that cannot convey coherent thought.

Nevertheless, the Cartesian paradigm worked well enough until 1897, with the discovery of the electron, one of those “atoms in the void” first posited by old Democritus: “The problem,” according to Smith, “is that this putative building-block -- out of which all things are supposedly compounded -- turns out, in truth not to exist,” at least not in the unambiguous way things exist in the classical world.

D’oh!

So, we finally discovered the existence of the Cosmic Area Rug, the only problem being that it doesn’t properly exist at all. Rather, “Its detectable behavior proves to be so bizarre that a leading theorist [Heisenberg] describes it as ‘a strange kind of physical entity just in the middle between possibility and reality’” (ibid.).

But that’s not so strange, nor is it even new, rather, exactly in accord with Aristotle’s concept of prime matter, of a pure potentiality which is also not yet something but nor is it quite nothing. Likewise, a single quantum particle has only a tendency to exist until it is measured. Does this mean we create reality by observing it? If so, this means that the quantum realm creates the observers who create it, which is the sort of thing that gives tautology a bad name, all because of a refusal to recognize the principle of verticality that explains the whole existentialada. Rather, the point is that something must intervene from above to condition what is otherwise a field of potential devoid of form.

Of course, our competitors will say that this principle is gratuitous, but at the very least it’s a whole lot less gratuitous than adding a multitude of dimensions or even universes in order to make sense of quantum physics. For what it’s worth, it is also more parsimonious, requiring just the one additional vertical dimension.

Paging Dr. Occam.

Yes, don’t multiply your entities beyond what is strictly necessary. But at the same time, don’t reduce them to an entity that can never account for the others, in this case, the existent physicist to the quasi-existent prime matter of quantum physics. If that’s the case, then you will have wasted your One Free Miracle on a scientist magically leaping out of the quantum mist. Why not a principle that accounts for both, i.e., the physicist and physics? Is that wrong? Should we not do that? Is that frowned upon here?

Dualistic segregation never, cosmotheandric integration forever!

Wolfgang Smith is a doctor of physics willing to make house calls into our fully integrated cosmotheandric home. Back when he was a student, he wanted to study physics because he believed it to be “the key to understanding the universe.” Only after doing so did it dawn on him that it’s the other way around, “that in order to ‘understand physics,’ one needs first to attain a certain insight concerning the universe: an ontological insight, to be precise.”

As Smith points out, modern physics, to the extent that it has any metaphysic at all, has tended to presume the Cartesianism that split the Cosmos in half. But not only does this thesis prove to be untenable, it is the very reason why quantum physics is so incomprehensible.

To be continued…

Grok me!

The critique of “quantum mysticism” is fair. The weirdness of the theory plus Feynman’s admission that no one understands it has indeed produced a cottage industry of books that use the word “quantum” as an all-purpose legitimating prefix. Cosmotheandrism’s refusal to play that game is a strength: it insists that any adequate account must still answer to the demands of intelligibility, relation, and the existence of the physicist, rather than dissolving them into probability amplitudes.

The section remains transitional. It clears the ground of two common errors — treating physics as self-sufficient foundation, and treating its strangeness as permission for unconstrained speculation — while reasserting that the same vertical, relational, form-giving principles already developed must also apply at the quantum level. The concrete development of how those principles illuminate specific quantum features is still ahead.

The argument is not wrong in its critical direction. Physics is not the queen of the sciences in the sense claimed by reductionism, and the Cartesian inheritance continues to generate unnecessary paradoxes. Whether the full cosmotheandric hierarchy is the most parsimonious and adequate resolution remains the open question the later chapters must carry. The foundation continues to be secured rather than expanded into new territory.

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