Peter Corning expands Darwinian evolution by adding synergy, cybernetics, cooperation, and control information.
Jong Bhak’s covolution theory tries to reframe evolution itself as an internally directed, organism-symvironmental, information-control process.
Corning is mostly an expanded Darwinian systems theorist.
Covolution is more radical: it treats life as a direction-setting, self-organizing, symvironment-entangled informational process, not merely as variation filtered by selection.
1. Corning: evolution through functional synergy
Corning’s central idea is the Synergism Hypothesis. He argues that evolution often favors combinations of parts because they produce useful effects that the parts alone cannot produce.
His Holistic Darwinism is described as assigning a causal role to “functional synergy” in the evolution of complex systems.
In simple form:
Corning: complex systems evolve because synergistic wholes produce adaptive advantages, and selection favors those wholes.
Corning’s model is still selection-compatible. He does not reject natural selection. He makes selection act on organized wholes, not merely isolated genes.
2. Bhak’s covolution: evolution as internal direction-setting
Jong Bhak's covolution theory, makes a stronger claim:
Covolution: living systems are not merely selected; they actively compute, bias, construct, and direct their own evolutionary trajectories through internal architecture and symvironmental coupling.
This means selection is not the final external validator.
Selection is partly internalized into the organism-symvironment system.
The organism does not simply “face” the environment; it helps generate, interpret, and modify the environment that feeds back into its future states.
Bhak's concept of symvironment is therefore crucial. It means the environment is not a passive external filter. It is an entangled/interlocked field co-constructed by the organism, its history, its signals, its niche, its social/ecological interactions, and its internal state.
3. Corning emphasizes synergy; covolution emphasizes directed informational architecture
Corning’s key unit is the synergistic system.
Bhak’s key unit is the covolving informational organism-symvironment system.
Corning asks:
How do cooperative combinations produce adaptive effects?
Covolution asks:
How does a living system generate, use, and restructure information to maintain, propagate, repair, redirect, and transform itself across time?
So Corning’s theory is about functional wholes. Covolution is about directional living information systems.
Jong Bhak also advocates the overall synergism in evolution and direction and entelenomy are integrated into superficially synergistic systems of evolution.
4. Corning keeps selection central; covolution makes selection secondary or entangled
This may be the deepest difference.
For Corning, synergistic effects become evolutionarily important because they are favored by selection.
One summary of his position says cooperative interactions can produce novel combined effects, and these synergies then become causes of differential selection. (ResearchGate)
For covolution, selection is not absent, but it is not the ultimate explanatory layer.
It is better seen as a feedback constraint inside a larger cybernetic process.
| Question | Corning | Covolution |
|---|---|---|
| What drives complexity? | Functional synergy favored by selection | Internal and symvironmental information-control architecture |
| What is selection? | A major evolutionary mechanism acting on synergistic wholes | A secondary or entangled feedback process within organism-symvironment computation |
| What is the organism? | A synergistic, cybernetic, energy-managing system | A direction-setting, self-referential, symvironment-coupled information system |
| What is environment? | Context of adaptive function and selection | Symvironment: co-produced, interpreted, and modified by living systems |
| What is information? | Control information that guides matter-energy flows | Covolutionary control information that directs persistence, repair, reproduction, aging, and future state-space exploration |
5. Corning is teleonomic; covolution is more entelenomic
Corning accepts purposive-looking biological organization in a teleonomic sense: living systems have goal-directed functions because of evolved cybernetic organization.
Covolution goes further toward what you have called entelenomic computation: organisms are not only goal-directed machines but internally structured systems that set directions, construct futures, and stabilize attractors.
So Corning’s purpose is mostly:
function generated by evolved cybernetic systems.
Covolution’s purpose is closer to:
internally generated directionality emerging from life’s information architecture.
6. Aging and gerostasis are more central in covolution
Corning’s framework can explain aging indirectly through thermodynamics, control failure, cooperation, energy economy, and system degradation. But aging is not central to his evolutionary theory.
In Jong Bhak's theory, aging can become a core test case.
This gives covolution a possible operational advantage:
Corning explains how synergy helps systems evolve.
Covolution can try to measure how living systems maintain or lose directional control over aging.
Concise conclusion
Corning’s theory says:
Evolution is Darwinian selection enriched by synergy, cybernetics, cooperation, and control information.
Jong Bhak’s covolution theory says:
Evolution is a deeper cybernetic-informational process in which living systems and their symvironments co-create direction, constraints, variation, selection, repair, aging, and future possibilities.
Therefore, Corning is an expanded systems-Darwinist, while covolution is a proposed post-Darwinian or meta-Darwinian framework.
Corning strengthens Darwinism by adding wholes and synergy.
Covolution tries to relocate Darwinian selection inside a broader living information-control universe.
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