stabilitása

Stabilitása is a Hungarian noun phrase meaning the stability of something. The root stabilitás denotes stability, and stabilitása is the possessive form used to refer to the stability of a specific object, system, or substance.

In physics and engineering, stability describes whether a system returns to equilibrium after a disturbance. Classical examples include mechanical equilibrium, orbital stability, and control-system stability. Stability analysis often uses criteria such as damping, energy minimization, or Lyapunov methods. In chemistry, stability refers to how resistant a compound is to reacting or decomposing, influenced by energy differences, environmental conditions, and molecular structure.

In economics and ecology, stability pertain to the persistence of variables like prices, populations, or growth rates over time, and to resilience against shocks. Stability can be desirable for predictability and sustainability, but it can also be problematic if it leads to rigidity or mask underlying risks. Metastability—a state that appears stable but can transition to another state under sufficient perturbation—is a related concept in several disciplines.

In Hungarian usage, stabilitása appears in phrases like stabilitása a rendszernek, meaning “the system’s stability.” The concept is tied to robustness, resistance to perturbations, and the tendency of a state or form to persist despite changing conditions. Across domains, stabilitása is a central consideration for design, policy, and analysis when long-term performance and resilience matter.