What is wrong with Darwinian evolution?

Darwinian Evolution and Covolution

Darwin was not wrong. He explained one biological layer of life’s expansion: descent with variation filtered by selection. But life may not be fully explainable as passive variation followed by external filtering. Life is an informational, feedback-driven, switch-based process that generates, constrains, and stabilizes its own future possibilities. Darwinian evolution is therefore a special case within a deeper covolutionary principle: the directional stabilization of information-bearing systems across physical, biological, ecological, and cognitive scales.


Darwinian evolution by natural selection is not wrong. At a certain biological level, it remains one of the most powerful explanations for the diversification of life on Earth.

Darwin’s central concern was not to explain the entire universe, nor even the deepest origin of life. His main concern was to show that species were not separately created by divine intervention. Species could arise through descent, variation, inheritance, and differential survival or reproduction.

In that sense, Darwin’s framework is sufficient for explaining one important layer of life expansion: if there are ancestors, offspring, heritable variation, and differential propagation, then species can diverge over time. The origin of species can be explained through variation and selection, whether the selecting process is natural environment, domestication, sexual preference, ecological pressure, or competition.

The problem begins when later biology tries to force all living phenomena into Darwin’s framework alone. Dobzhansky famously wrote that “nothing in biology makes sense except in the light of evolution.” This statement is powerful, but it may need revision.

Perhaps the deeper statement is:

Not everything makes sense only in the light of Darwinian evolution.

Or more radically:

Biological evolution itself may make sense only in the light of a deeper universal process of covolution.

Why?

Because the expansion of life is not merely a biological problem of survival of the fittest. It is a physical, informational, cybernetic, and cosmological problem. Life is not only selected from the outside. Life internally computes, interprets, switches, stabilizes, anticipates, and reorganizes its own future trajectories.

Darwinian evolution explains how forms are filtered after variation appears. Covolution asks a deeper question:

Where do variation, direction, organization, and selectable forms come from in the first place?

From the covolutionary perspective, life is not a passive object shaped only by external selection. Life is an internally structured informational system that generates possibilities, constrains them through architecture, tests them through feedback, and stabilizes them through propagation.

Therefore, evolution should not be reduced to external selection. Selection is only one layer of a larger process. Before selection, there must be internal state-space, memory, thresholds, switches, attractors, and direction-generating architectures. Natural selection filters trajectories, but covolution produces and biases the trajectories that become available for selection.

This leads to deeper questions:

What is the origin of evolution?

What is the minimal unit, or “atom,” of evolution?

What started evolutionary dynamics in the universe?

Can non-biological objects evolve?

Is evolution fundamentally biological, or is biology one special case of a more general informational process?

Darwinian evolution may therefore be only the visible tip of a much larger iceberg. Beneath it may lie a broader principle of state transition, information stabilization, and trajectory formation across the universe.

Covolution is a preliminary attempt to formulate this deeper principle.

It proposes that evolution is not merely the survival of the fittest, but the directional stabilization of information-bearing systems through feedback, switching, memory, and symvironmental interaction. In this view, life is not simply adapted to an environment. Life and environment are entangled into a symvironment, where organism and world co-define each other’s possible futures.

Thus, the question is not only:

How are organisms selected?

But also:

How do systems generate selectable futures?

Darwinian evolution is about selection among variants.

Covolution is about the origin, direction, and stabilization of possible futures.

Key distinction

Condensed thesis

Darwinian evolution explains how life diversifies after variation becomes available. Covolution asks how variation, direction, organization, and selectable futures become possible in the first place.

Or even more strongly:

Darwinian evolution is the selection layer of life. Covolution is the deeper informational architecture that makes evolution possible.

Direction and information

The central issue is direction.

Darwinian evolution is usually described as non-directional. It has no intrinsic goal. It moves through variation and selection.

Covolution does not claim that life follows a fixed divine or predetermined goal. Instead, it proposes that living systems possess internal directional bias because they are informationally structured. They contain memory, switches, feedback loops, prediction-like mechanisms, and attractor-seeking dynamics.

Therefore, covolution is not traditionally teleological. It is teleonomic or entelenomic: direction arises from internal architecture, not from an external cosmic plan.

In the shortest form:

Evolution filters. Covolution orients.

Or:

Evolution explains survival. Covolution explains directional becoming.