• home
• about
• new
• essays
• AI
• book

Frank Visser, graduated as a psychologist of culture and religion, founded IntegralWorld in 1997. He worked as production manager for various publishing houses and as service manager for various internet companies and lives in Amsterdam. Books: Ken Wilber: Thought as Passion (SUNY, 2003), and The Corona Conspiracy: Combatting Disinformation about the Coronavirus (Kindle, 2020).

Why Evolution Doesn't Need a Cosmic Drive

Frank Visser / ChatGPT

If evolution is driven by a cosmic force, why hasn't everything evolved? After all, fish still exist and are quite happy swimming in water. But if such a drive does not exist, why does anything evolve at all? See my point?

Your question goes straight to a persistent confusion in evolutionary thinking: it treats evolution as if it were either driven by a universal upward force—or else inexplicable. In reality, both assumptions misrepresent how evolution actually works.

Let's unpack this carefully.

Evolution Is Not a Cosmic Climb

The idea that evolution is propelled by a cosmic force—whether framed as Eros, élan vital, or spiritual drive—has a long intellectual history, from Jean-Baptiste Lamarck to Henri Bergson and, more recently, Ken Wilber. These views assume that life is somehow pushed toward higher complexity or consciousness.

But modern evolutionary biology, grounded in the work of Charles Darwin and refined through genetics, rejects this entirely. There is no overarching force directing life toward a goal. Evolution has no foresight, no preferred endpoint, and no built-in ladder of progress.

Instead, evolution is a blind, local process driven by variation, inheritance, and differential survival.

Why Everything Hasn't “Evolved” Beyond Its Current Form

Your example—fish still existing—is often used to question evolutionary theory, but it actually illustrates a core principle: evolution is about adaptation, not progress.

Fish are not “primitive leftovers.” They are highly successful organisms exquisitely adapted to aquatic environments. As long as their ecological niche remains stable and they remain well-adapted, there is no selective pressure pushing them to become something else.

This exposes a key misunderstanding:

• Evolution does not aim for complexity.

• Evolution does not replace earlier forms with “higher” ones.

• Evolution produces branching diversity, not a linear hierarchy.

Some lineages become more complex; others remain relatively simple; many become simpler. Bacteria, for instance, have remained structurally simple for billions of years and are arguably the most successful life form on Earth.

Evolution Is Conditional, Not Universal

The notion that “if there is a driving force, everything should evolve” assumes evolution acts uniformly across all life. But evolution only occurs under specific conditions:

• Genetic variation must exist.

• Environmental pressures must favor certain variants.

• Reproductive differences must amplify those variants.

If these conditions are weak or stable, evolutionary change can be minimal. This is why some species exhibit long-term stability (often misleadingly called “living fossils”).

So the persistence of fish—or sharks, or bacteria—is not evidence against evolution, but exactly what evolutionary theory predicts.

Why Anything Evolves at All

Your second question—if there is no cosmic drive, why does anything evolve?—is equally important.

The answer is deceptively simple: because imperfect replication in a competitive environment inevitably produces change.

Whenever you have:

• Replication (organisms reproducing),

• Variation (mutations, recombination),

• Competition (limited resources),

then evolution follows as a statistical consequence. No guiding force is required.

This insight is one of Charles Darwin's most profound contributions: evolution is not a mystery requiring metaphysical explanation. It is an emergent process arising from ordinary physical conditions.

The Illusion of Direction and Progress

Humans tend to perceive evolution as progressive because we focus on certain outcomes—especially ourselves. From our perspective, the emergence of intelligence and culture appears as a directional trend.

But this is a classic case of selection bias.

If you rewind the tape of life, as Stephen Jay Gould famously argued, the outcome would likely be entirely different. Intelligence is not an inevitable goal of evolution—it is a contingent accident.

Most evolutionary lineages do not lead to increased complexity or consciousness. They lead to continued survival in specific niches.

Modern Teleologists: Old Intuitions in New Language

Although classical teleology has largely been abandoned in science, it has re-emerged in contemporary discourse in more sophisticated forms.

Thinkers like Ken Wilber propose an immanent Eros driving the cosmos toward increasing depth and awareness. Others, such as Thomas Nagel, have argued that purely materialist accounts of evolution may be incomplete, suggesting that mind or value might be fundamental features of reality. Meanwhile, proponents of Intelligent Design, like Stephen C. Meyer, interpret biological complexity as evidence of purposeful arrangement.

Despite their differences, these approaches share a common intuition: that evolution requires some form of direction, intention, or built-in tendency toward higher outcomes.

What distinguishes modern teleology from its classical predecessors is its rhetorical strategy. It often avoids explicit claims of external design and instead speaks of “self-organizing principles,” “intrinsic drives,” or “cosmic tendencies.” This makes it more compatible, at least superficially, with scientific language.

However, the core issue remains unchanged. These frameworks do not generate testable predictions that go beyond standard evolutionary theory. They reinterpret the outcomes of evolution rather than explaining its mechanisms.

In practice, they function as philosophical overlays—ways of assigning meaning to evolution, not accounts of how it works.

The Deep Misunderstanding: Evolution vs. Teleology

At the heart of your question lies a deeper philosophical tension: the human tendency toward teleology—the idea that processes must have purpose or direction.

This leads to a false dilemma:

Either evolution is guided by a cosmic force, Or it is inexplicable.

But Darwinian evolution dissolves this dilemma. It shows how complex, adaptive structures can arise without purpose or foresight.

This is conceptually difficult because it runs counter to everyday intuition. We are used to seeing design as evidence of intention. Evolution reveals that design-like complexity can emerge from non-intentional processes.

Conclusion: No Force, No Problem

Your question is not only valid—it exposes the exact point where intuition clashes with science.

Fish still exist because evolution does not aim to replace them. Evolution occurs not because of a cosmic drive, but because of the inherent logic of replication and selection. The diversity of life reflects branching adaptation, not a universal ascent.

In short, evolution is not a story of everything moving upward—it is a story of everything fitting somewhere. And in that light, fish are not evolutionary failures. They are evolutionary successes, just as much as we are.