You've probably heard someone say "everything is connected" so many times it's lost all meaning. Think about it: it's in Instagram captions. It's on mugs. It's the kind of thing people say right before they try to sell you a $400 course on "quantum manifestation Simple, but easy to overlook..
And yeah — that's actually more nuanced than it sounds.
But strip away the wellness-industry gloss, and there's a real question underneath: which worldview actually takes open systems seriously — not as a metaphor, but as a structural reality?
Turns out, the answer isn't obvious. And the worldviews that do handle open systems well? They're not the ones dominating the conversation Small thing, real impact. Nothing fancy..
What Is an Open System, Really?
Before we talk worldview, we need to be precise about the term. Here's the thing — an open system isn't just "a system that's open. " In systems theory, it has a specific meaning: **a system that exchanges matter, energy, and/or information with its environment across a permeable boundary Simple, but easy to overlook..
A sealed terrarium? Open. Here's the thing — the economy? So closed system (mostly). Even so, a cell? Open. The internet? Open. Open system — constantly trading oxygen, calories, heat, sensory data, waste. Your body? An ecosystem? Extremely open.
The key features:
- Permeable boundaries — not walls, not nothing, but selective filters
- Continuous exchange — inputs and outputs that sustain the system's organization
- Non-equilibrium steady state — the system maintains order because of the flow, not despite it
- Emergence — properties appear at the system level that no component has alone
Closed systems, by contrast, run down. Plus, they hit equilibrium. Equilibrium is death. Open systems delay equilibrium by exporting entropy. Schrödinger figured this out in 1944. Most worldviews still haven't caught up.
Why Worldview Matters Here
You might ask: why does philosophy care about thermodynamics?
Because every worldview smuggles in a metaphysics of what kind of thing reality is. But is the universe a machine? Day to day, a organism? A computation? A drama? Your answer determines whether open systems are fundamental — or exceptions to the rule.
If your worldview treats reality as fundamentally closed, static, and decomposable (the Newtonian clockwork), then open systems are annoying edge cases. You'll keep trying to analyze them by taking them apart — which kills the very thing you're studying Surprisingly effective..
If your worldview treats reality as fundamentally open, dynamic, and relational, then open systems are the norm. You'll ask different questions. You'll look for patterns of flow, not just inventories of parts.
This isn't academic. It shapes how we do science, medicine, economics, ecology, education, governance. It shapes how you understand yourself.
The Contenders: Which Worldviews Actually Fit?
Classical Theism (Traditional Monotheism)
The setup: God creates a distinct, finite universe ex nihilo. The universe is a closed system — causally sealed, ontologically separate from its creator. God sustains it from "outside."
Open system score: Low.
This worldview can accommodate open systems within the universe (organisms, ecosystems). But the universe as a whole is treated as a closed system winding down toward heat death — or awaiting supernatural intervention. The boundary between Creator and creation is absolute. That's a hard wall, not a permeable membrane.
Process theologians hate this. That's why they'll tell you it makes God a "unmoved mover" — untouched by the world, unable to be affected. A closed system at the cosmic scale.
Deism / Newtonian Mechanism
The setup: God (or no God) winds up the clock. The universe runs on deterministic laws. Everything is reducible to particles in motion. No novelty, no genuine emergence, no top-down causation Easy to understand, harder to ignore. But it adds up..
Open system score: Near zero.
This is the worldview that created the closed-system bias in modern science. Practically speaking, it's why 19th-century physics treated organisms as machines that merely looked alive. It's why "reductionism" became the default method: take it apart, understand the parts, you understand the whole.
Real talk — this step gets skipped all the time That's the part that actually makes a difference..
Except you don't. Now, not for open systems. The whole is the pattern of flow. Disassemble a whirlpool to study its "components" — you get wet rocks. The whirlpool was the flow But it adds up..
Materialist Reductionism (Contemporary Physicalism)
The setup: Everything is physics. Consciousness, life, meaning — all emergent epiphenomena of blind particle interactions. The universe is a closed causal system.
Open system score: Mixed.
On paper, this worldview allows open systems. Dissipative structures (Prigogine's term) fit fine in non-equilibrium thermodynamics. You can model a cell or a hurricane mathematically without invoking anything spooky.
But in practice? Because of that, funding, publishing, and prestige still reward "identify the gene / protein / neural correlate. Which means the explanatory instinct remains reductionist. " The open-system perspective — relational, processual, context-dependent — gets lip service, then sidelined It's one of those things that adds up. Practical, not theoretical..
Also: this worldview struggles to explain why the universe generates complexity at all. "Entropy export" describes how. Think about it: it doesn't address the tendency toward organization. That's a philosophical question, not a physics one.
Complexity Science / Systems Theory as Worldview
The setup: Reality is nested open systems all the way down (and up). No privileged level of reduction. Causation is circular, distributed, multi-scale. Patterns of organization matter more than substrates.
Open system score: High.
This isn't a single unified philosophy — more a cluster of perspectives (cybernetics, autopoiesis, dissipative structures, network science, enactive cognition). But they share a core commitment: the fundamental unit of reality is not the thing, but the pattern of relations that sustains the thing.
Maturana and Varela's autopoiesis: a living system is a network of processes that continuously regenerates the network itself. The boundary is produced by the system's own operation. That's open-system logic turned into ontology.
Prigogine: far-from-equilibrium systems spontaneously generate order. The universe isn't winding down — it's winding up in pockets, driven by energy gradients.
This worldview thinks in open systems. It doesn't treat them as special cases. It treats closed systems as the special case — idealizations that don't exist in nature.
Weakness: It's descriptive, not normative. It tells you how open systems work. It doesn't tell you what they're for — or whether "purpose" is even a coherent category. It's a framework, not a full worldview Took long enough..
Process Philosophy / Process Theology (Whitehead, Hartshorne, Cobb)
The setup: Reality is not made of substances that have properties and undergo change. Reality is events — occasions of experience — that constitute themselves by integrating the past and projecting toward the future. Every entity is a "concrescence": a becoming, not a being Worth keeping that in mind..
Open system score: Highest.
At its core, the only major philosophical tradition that starts with open-system logic and builds a complete metaphysics from it Simple, but easy to overlook..
Key moves:
- No static substances. An electron, a cell, a human, God — all are patterns of recurring events. "Societies" of occasions. Here's the thing — - **Internal relations. ** Entities are their relations. You don't have a self that then relates to the world.
The self is constituted by its relations; there is no pre‑existing substratum that merely “interacts” with an external world. Instead, each occasion of experience selects, integrates, and creatively transforms the data offered by its causal past, thereby laying down a novel datum for the future. In Whitehead’s terminology, this concrescent process is the very fabric of reality: every actual occasion is both a subject that prehends and an object that is prehended, and the web of these mutual prehensions constitutes what we call “the world.
Because relations are internal, change is not something that happens to a static thing; it is the ongoing becoming of the relational network itself. This renders the distinction between system and environment porous: what we label as a system’s boundary is a transient pattern of mutual prehensions that can thicken, thin, or dissolve as the concrescent process unfolds. Because of this, the universe is not a collection of isolated entities exchanging energy; it is a vast, evolving field of occasions whose mutual influence generates the graded complexity we observe.
Addressing the “why” question.
Process philosophy does not merely describe how order emerges; it proposes a metaphysical propensity toward novelty and value. Whitehead’s principle of creative advance asserts that each occasion strives for a “satisfaction” that integrates the given past with a lure for future possibilities. This lure is not an external teleological blueprint but an immanent tendency—what Hartshorne later termed the objective immortality of value—that pushes occasions toward greater intensity, coherence, and beauty. In this view, the universe’s drift toward complexity is an expression of its intrinsic aim to enrich the qualitative richness of experience. The “why” is thus rooted in the very nature of becoming: to become more is to realize greater value Easy to understand, harder to ignore..
Implications for ethics and spirituality.
If reality is a network of mutually constituting occasions, ethical responsibility shifts from rule‑following to cultivating relations that enhance the richness of the whole. Actions are evaluated by how they affect the concrescent processes of others—human, non‑human, and even the putative divine occasion that Whitehead envisages as the primordial lure of value. Process theology, therefore, reimagines God not as a static omnipotent substance but as the consequent embodiment of the universe’s creative advance: a dipolar entity whose primordial nature offers the initial lure, while its consequent nature absorbs and transforms the world’s achievements. This framework offers a way to speak of purpose without invoking external design, grounding purpose in the immanent drive toward intensified experience Easy to understand, harder to ignore. Which is the point..
Connecting to other currents.
The process outlook resonates with several contemporary strands that also privilege relational dynamics:
- Enactive cognition emphasizes that perception and action arise from the sensorimotor coupling of organism and environment, echoing the idea that cognition is a pattern of ongoing relational enactment rather than representation of a pre‑given world.
- Ecological phenomenology (e.g., Abram, Merleau‑Ponty) stresses the perceptible field as a relational mesh where meaning emerges from the intertwining of lived body and surroundings.
- Post‑humanist ethics (e.g., Barad’s agential realism) treats entities as emergent through intra‑actions, aligning with the process claim that relata are constituted by their interactions.
These convergences suggest that an open‑systems, process‑oriented metaphysics is not an isolated philosophical curiosity but a growing interdisciplinary sensibility capable of bridging physics, biology, cognitive science, and ethics.
Conclusion.
The open‑systems perspective—whether articulated through complexity science, systems theory, or process philosophy—provides a reliable descriptive lens for understanding how order arises from far‑from‑equilibrium dynamics and how entities are best understood as patterns of relations rather than immutable substances. Its greatest strength lies in treating openness as the default mode of existence, thereby dissolving the artificial barrier between system and environment. Yet, as the discussion shows, a purely descriptive framework leaves normative questions—about purpose, value, and responsibility—under‑determined. Process philosophy steps into this gap by embedding a metaphysical drive toward novelty and value within the very fabric of becoming, thus offering a nascent answer to the “why” of complexity while preserving the openness that empirical science demands. Moving forward, a fruitful research program will integrate the precise, quantitative tools of complexity science with the rich, value‑laden vocabulary of process thought, forging a worldview that is both scientifically rigorous and existentially meaningful. In doing so, we may finally reconcile the universe’s tendency to wind up with our own aspirations to live well within its ever‑unfold
—a dynamic interplay where the cosmos not only evolves but also awakens to its own potentialities through the unfolding of life, mind, and culture Most people skip this — try not to. That alone is useful..
This synthesis invites a radical reimagining of agency: if systems are inherently open and relational, then “purpose” is not imposed from without but emerges as a collaborative project between the world and those who inhabit it. Humans, as embodied participants in this process, are uniquely positioned to nurture complexity—through creativity, ethics, and care—while remaining humble about their role as temporary stewards of a far vaster, self-organizing whole. The challenge lies not in transcending the world but in deepening our attunement to its ceaseless becoming, recognizing that every choice to act responsibly, to sustain diversity, and to encourage flourishing is a microcosm of the universe’s own drive to intensify experience.
In this light, the open-systems perspective becomes more than a scientific or philosophical framework—it is a call to live in harmony with the rhythms of becoming, where meaning arises not from domination but from participation. By embracing the fluidity of existence and the interdependence of all things, we might yet align our aspirations with the universe’s own trajectory: toward ever-greater complexity, beauty, and the quiet, persistent unfolding of what it means to be.
Most guides skip this. Don't.
