Itseliima

Itseliima is a term used in contemporary, interdisciplinary discussions to describe processes of self-generated cohesion or adhesion within complex systems. The word appears in various contexts—ranging from theoretical modeling of networks to discussions of materials and social groups—but it does not have a single, universally accepted definition. Instead, itseliima is deployed as a broad, informal concept to indicate the emergence of stable internal bonds or attachments without reliance on external scaffolding.

In network theory and systems science, itseliima is often invoked to describe how nodes or components form dense, self-contained clusters through preferential attachment to already bonded substructures. This can produce modular architectures with high internal cohesion and relatively fewer external connections, contributing to resilience in the face of perturbations. The emphasis is on self-organizing processes that generate internal structure rather than on externally imposed design.

In materials science and engineering discussions, itseliima is sometimes used to refer to adhesive-like behaviors that arise from the material's own properties, including self-adhesion or the ability to recover bonding after detachment. In this sense, the term is employed more as a descriptive shorthand than as a formal material specification.

In philosophy and social theory, itseliima can describe practices and routines that foster strong in-group bonds, yielding social cohesion that persists without ongoing external incentives. Critics note that the term is informal and cross-disciplinary, with limited operational definitions, so readers should consult discipline-specific literature for precise concepts such as self-organization, adhesion, and self-assembly.

See also: self-organization, adhesion, cohesion, self-assembly.