This essay develops a teleodynamic account of metastability as a regime of regulated openness within a normatively structured semantic field. Building on the interaction of three fundamental forces—microvitic selectivity, Zeno-like stabilization, and Anti-Zeno destabilization—together with a residual background of non-selective perturbation, the essay argues that semantic systems evolve neither through fixed equilibrium nor through undirected stochastic drift, but through curvature-sensitive regulation of trajectories. Microvita are interpreted not as random fluctuations but as ontologically real agents of teleodynamic mediation: they facilitate certain semantic couplings, inhibit others, and thereby bias transformation toward privileged paths of organization. Teleodynamic curvature is introduced as a global criterion of coherence that evaluates the integrability of evolving paths within the larger semantic organization of the field. On this basis, Zeno and Anti-Zeno regulation are reinterpreted as adaptive responses to positive or negative curvature, selectively reinforcing coherent attractors or releasing exhausted configurations. The essay then proposes a minimal formal model in which state evolution is shaped by field-guided drift, microvitically biased transformation, residual perturbation, and curvature-dependent regulation. A Lyapunov-type instability functional is used to characterize metastability as a condition in which deviations remain globally bounded without vanishing asymptotically. This yields a conception of metastability distinct from both rigid stability and unbounded disorder: the system remains open to transformation while preserving structural continuity. Near Ω4, where restoring structure weakens and attractors approach bifurcation, this openness becomes maximally productive. Meaning thus emerges not as a static state, but as a metastable trajectory within a teleodynamically regulated field.
Hans-Joachim Rudolph (Fri,) studied this question.