Repair Without Eigenzeit - On the Ontological Instability of Simulation-Based Healing in Morphology and Medicine

Contemporary approaches to biological repair increasingly rely on simulation-based ontologies of form. From bioelectric control models and morphogenetic setpoints to regenerative medicine and cancer reprogramming, healing is conceived as the restoration of a lost or damaged target state. These approaches presuppose that form is in principle retrievable, that the space of possibility remains intact, and that temporal history can be functionally neutralized. Building on the ontological clarification developed in Morphology Without Memory (10.5281/zenodo.18449106), this paper argues that such repair ontologies operate under a fundamental illusion. They confuse formal stabilization with ontological integration and treat simulation as a substitute for world-formation. Central to this illusion is the neglect of Eigenzeit: the non-transferable, irreversible emergence-time of living systems. While form may be reproduced, shifted, or overwritten, its genealogical temporality cannot be reconstructed. Using paradigmatic cases—biological cloning, bioelectric morphogenetic interventions, and contemporary narratives of cancer repair—the paper shows that simulation-based healing necessarily produces temporally displaced forms: coherent in appearance, functional in the short term, yet ontologically unstable. What is stabilized is not a restored organism, but a simulated order lacking endogenous temporal grounding. The analysis demonstrates that the instability observed in cloning and large-scale regenerative interventions is not a contingent technical failure, but a structural consequence of bypassing Eigenzeit. Repair, when understood as return, is therefore impossible. What can emerge instead is only a new self-similarity under altered spatio-temporal conditions—an emergence that can neither be guaranteed, controlled, nor preserved through simulation. In conclusion, the paper argues for a strict ontological distinction between morphology, simulation, and repair. It maintains that repair technologies remain legitimate only insofar as they acknowledge their non-restorative character. Where healing is conceived as overwrite, reset, or reconstruction, repair ontologies risk producing new pathologies rather than resolving existing ones.