Say what you want about reality, but it has stood the test of time. On the one hand, it is what it is. But one thing it always is is becoming. Thus it is more like temporal music than it is timeless geometry.
In theoretical biologist Robert Rosen’s Anticipatory Systems, he notes that while writing the manuscript in 1979, he felt that he “had arrived upon the threshold of some entirely new perspectives in the theory of natural systems, and of biological systems in particular.” Here he is not alluding to a mere scientific discovery, rather, the meta-discovery of a new and deeper paradigm for understanding reality itself. This doesn’t render the discovery merely “subjective,” even though subjectivity is required in order to make the leap to a more comprehensive objective explanation. In other words, discoveries don’t just discover themselves, but require a discoverer.
Anticipation sounds like something that could only be present in a mind of some sort, but what if it is “fundamental in its own right” and built into the nature of things — which is to say, a feature of the Cosmic Area Rug? And in what type of Cosmos is anticipation even possible? For “Strictly speaking, an anticipatory system is one in which present change of state depends upon future circumstances, rather than merely on the present or past” (Rosen).
Which suggests that, as in music, the organism is reaching forward into its own future. This obviously touches on the question of teleology, but not in a fixed way, as in a machine, rather, in a more openended manner. For Rosen, this is precisely what “one is forced to believe if one grants that certain kinds of systems can behave in an anticipatory fashion.”
In machines the past and present are obviously coupled, but the anticipatory system couples its present state with a future that backshadows it, so to speak. This is known to occur at the quantum level, but this may be just a glitch in the math. If there is a temporal holism in our macro world, it isn’t a quantum effect but something more general, implying a vertical dimension with downward causation. In other words, the causation in question isn’t so much future-to-present as top-to-bottom.
The anticipatory paradigm does not fully replace the mechanistic, but rather, complements it, as in RH to LH, respectively. For example, in the human body — or in any organic process — there are machine-like “closed-loop” subsystems and more creative “open-loop” ones. Indeed, if the entire biosphere weren’t an open system, then evolution itself would be impossible. Rather, the identical process would simply repeat itself, as in any other machine.
Here there is a great deal of overlap with Polanyi, for whom living systems are under what he calls dual-control: such systems again rely upon the principles of a lower level — e.g., the laws of physics and chemistry — to serve as boundary conditions for the emergence of a higher level. Analogously, we require the fixed structure of grammar and spelling in order to say something novel or creative, but one cannot deduce meaning from the lower level rules. Or as Rosen puts it in a later book, semantics cannot be reduced to syntax, or meaning to order.
A living organism is quintessentially an anticipatory system with “one ‘foot’ in the past, the other in the future, and the whole system hovers, moment by moment, in the present — always on the move, through time.” Thus “the future represents as powerful a causal force on current behavior as the past does, for all living things.”
Which leads back to the question of music: is it like biology because biology is like music? In her preface to Anticipatory Systems, Rosen’s daughter suggests that “Perhaps time is not quite as linear as we have always presumed it to be. My father’s view, in fact, was that, ‘Time is complex.’”
The Physics Department cannot say what time is in any ontological sense, if only because the physicist must exist in time in order to say anything about it at all, whether it is regarded as a unit of measurement, a geometric dimension, or a directional gradient. No physical theory of any kind can account for subjective awareness of the dynamic flow of becoming in the present moment. The subjective presence of the now leaves no mathematical fingerprints.
You’ve dusted the place?
No need. For cosmotheandrism it matters not what physics can say about time, because the question is beyond the reach of physics in principle. Rather, the reality of time is the province of the Metaphysics Department. In the context of creative emergence, time is obviously central, since emergence not only requires time, but must reveal something about the very nature of time, i.e., its novelty and fecundity.
Put it this way: in what type of Cosmos is the creative emergence of novelty even possible? Correct: only in a temporal one, otherwise there can be no real evolutionary change, let alone the kind of dramatic transformations we see, for example, from matter to life or life to mind. Human creativity must be an image of, or declension from, a creative principle or principle of creativity. In order to not notice that a living Cosmos is fundamentally different from an inert Cosmos, one must be more than a little incurious. Or just trapped inside an ideological matrix.
In the book Emergence, Complexity, and Self-Organization, the authors write that “With the scientific revolution of the seventeenth century came the insistence that wholes — including living organisms — are no different from aggregates, and that secondary qualities are mere causally inert epiphenomenal and/or subjective appearances.” Thus, “Legitimate scientific methodology denied all ontological status to higher-level phenomena, insisting that any truly causal relationships between organizational levels be one-way only: bottom-up.”
Did you notice what those sneaky Enlightenment thinkers did just there?
I did: they covertly elevated a method of inquiry into an ontological reality, thereby reducing the Cosmic Symphony to the notes with which it is composed. In other words, the map was not only conflated with the territory, but any territory not depicted in the map no longer existed, even if we are standing in the territory. Which brings to mind the anecdote about visitors to the Soviet Union standing in front of an Orthodox church while looking at a state-approved map that showed no such church. Does this mean the church no longer existed?
Ha ha. Now go to gulag.
Analogously, shortly after the map of scientific materialism was developed, people started wondering about all the things that seem rather important but which do not appear on the map, many of which fall under the heading of “emergence,” beginning with how a finely-tuned Cosmos emerges out of a primeval explosion, and how this Cosmos comes to life after 9 billion years — at the very moment, by the way, that cosmic conditions permitted the emergence of life.
Emergence per se “applies in those cases where the distinctive quality that emerges is not the mere sum of separate elements, but instead embodies a new kind of relation” (Juarrero & Rubino). This goes to Axiom 4, because we are not just talking about new things, rather, new relations between existing things. Which goes precisely to Rosen’s relational biology, which argues that
organisms, and indeed all systems, have a distinct quality called organization which is not part of the language of reductionism.... [O]rganization includes all relations between material parts, relations between the effects of interactions of the material parts, and relations with time and environment, to name a few. Many people sum up this aspect of complex systems by saying that the whole is more than the sum of the parts.
Now, what is a relation? It cannot be in the parts, rather, in the spacetime between them. Or in other words, there can be no relation in the absence of this relational spacetime. Without it there would be the opposite of relatedness, either an undifferentiated, monadic oneness or radically unrelated units without any wholeness.
I can’t relate to that.
Nor can cosmotheandrism, since this is a relational Cosmos from top to bottom, in the absence of which there could be neither freedom nor meaning of any kind. Berdyaev writes that “Meaning lies beyond the boundaries of history, beyond the limits of personal and world history.” If it were not ordered to something beyond itself, then it would be as devoid of meaning as an endless series of unrelated moments or disconnected objects.
If the Anthropos is just an appearance living in a world of appearances, then to hell with it. In reality, we are, as it were, sparks drawn to the central fire that produced them. How exactly does this work? Here’s a start: “There is nothing higher than the search for, and the love of, Truth” (Berdyaev). Which implies that if you do not love truth, then you do not know it — or at least you do not know it as intimately as you might think you do.
Here is another clue:
Truth is meaning and may not deny meaning. To deny meaning in the world means to deny truth, to recognize nothing but darkness. Truth makes us free. To deny freedom is to deny truth.
Having said that, Freedom is not an end, but a means. Whoever sees it as an end in itself does not know what to do with it when he gets it, because the end is one of the transcendentals, i.e., truth, beauty, virtue, and/or unity.
Here again, creative freedom takes place in that vertical space between immanence and transcendence: “Truth does not mean staying within some closed ideas, in an inescapable circle of consciousness.... Truth is not objective, but rather, trans-subjective” (Berdyaev).
Or to be perfectly accurate, vertical and horizontal intersubjectivity is the objective truth of things. We are open, relational, and teleologically ordered to the very ground of trans-subjectivity: “In the final depth Truth is God and God is truth.” But be careful -- “Pure truth would burst the world apart” (ibid.).
How so?
Because no matter how tightly you pack it, you cannot stuff infinitude into a finite suitcase, nor eternity into a temporal one.
Unless—
Let’s not anticipate Book III.








