​Biological Implications

The ontology of differentiation offers a new perspective on fundamental biological processes—from the origin of life to evolution and the organization of complex living systems. In this framework, life is not a special state of matter, but a mode of differentiating retention, in which Potentiality is articulated into stable forms. The living is not a thing, nor a set of properties, but an act in which difference is held within boundaries capable of self-maintenance, reproduction, and transformation. This renders life inherently linked to differentiation: the differentiating does not merely enter the structure of the organism—it constitutes it as a manifested form.

Autopoiesis is not merely self-maintenance, but an ontological distinction between inside and outside, retained without absolute separation. Any living system is a node capable of differentiating itself as distinct from the environment, but not completely detached. The boundary of an organism is not a wall, but a dynamic membrane of differences: a flow in which differentiation retains form without fixation. Hence, the cell is not the minimal unit of life—it is the minimal stable node of the differentiating.

Genetic information, from this perspective, is not just a code but a structure of difference—a way of reproducing form through the repeatability of the differentiating act. DNA is not a text, but a schema of retention, capable of being transferred, mutated, and differentiated in context. Mutation, as a spontaneous deviation, is an act of symmetry-breaking in the biological field: a difference that arises within a retaining structure.

But not every difference is preserved. Evolution, in this ontology, appears as a field in which stable differences resonate with other differences—of environments, bodies, populations. Natural selection, then, is not an external filtering mechanism, but a mode of alignment among differentiating acts within a dynamic field of mutual stabilizations.

The development of multicellularity illustrates this especially clearly. It does not emerge as a quantitative accumulation of cells, but as the appearance of internal differentiation: cells begin to differentiate relative to one another—by function, position, timing of division. This differentiation does not destroy coherence, but forms a meta-node: the organism, in which differences among elements are retained as functional but non-excluding. The organism becomes a structure in which Potentiality holds multiple differences as a coordinated whole, eliminating none. In this sense, the organism is not only living—it is differentiating.

The immune system serves as a profound example of differentiation in action. It does not merely protect the body from the external—it constitutes the very difference between “self” and “non-self.” It does so not once, but dynamically: every pathogen, every mutation, every cellular anomaly becomes an act of differentiation. An autoimmune disorder is thus not merely a malfunction, but a failure of the differentiating node: a loss of the capacity to differentiate without destruction. Immunity, then, is not only physiology—it is a form of differentiating ethics: to permit difference without annihilating oneself.

Throughout biology, it becomes evident that all fundamental processes—growth, reproduction, death, morphogenesis—are modes of working with difference. Growth is the unfolding of form within a field of new differentiations; reproduction—the transfer of difference into another body; death—the loss of sustainability of the differentiating; morphogenesis—the emergence of differences within the body's shared Potentiality.

Even animal behavior, including complex sociality, can be interpreted as the evolution of the capacity to differentiate: recognizing the other, coordinating actions, responding to multiple signals. Biology is not the “mechanism of life”, but a resonant fabric in which difference is held multiplicitously and flexibly.

From an evolutionary standpoint, difference is not the result but the condition. A species is a form in which difference has become stable; an ecosystem—a space in which multiple forms of difference are retained in mutual resonance. Biological evolution is not a “struggle for existence” but a Game of differences, where Potentiality unfolds toward an increasing capacity to differentiate and be differentiated.

Living nature, therefore, is not a collection of organisms, but a field in which differentiating nodes relate without losing their form. This makes it possible to speak of biology as a form of ontology—not a description of the living, but a discipline of differentiation.

From this perspective, the notion of “natural selection” appears as a particular case of retaining difference within a stable system. What matters is not which form is “fittest”, but which forms of difference can be sustained through interaction. The living does not merely survive—it resonates. And thus, the ethical implication of the ontology of differentiation extends into biology: the destruction of difference—species, forms, relationships—is not just an ecological crisis, but an ontological depletion.

Biology, then, becomes the field in which difference is realized through matter, form, and time. It is not in opposition to physics—it extends it: where physical interactions retain difference through fields, biology begins to retain difference through bodies, codes, behaviors. And this retention is not stability, but a living form of Potentiality—unfolding itself in form without losing its fluidity.

Life is difference that differentiates. And because of this, it resists full reduction to chemistry, physics, or information. It remains a node in which Potentiality manifests.