remeander

Remeander is a neologism used in speculative discussions of problem solving and algorithm design. It refers to a process that intentionally revisits and reorders elements of a problem space to reveal alternative solution paths. Because there is no formal, universally accepted definition, the term is used inconsistently across communities, but common themes include non-linear exploration, reframing of the problem, and iterative refinement.

Origins and usage: The term has appeared in online forums, design notes, and some experimental research discussions dating from the early 2010s. It is not a standard term in mathematics or computer science, and it is often introduced as a thought experiment rather than a formal method.

Mechanics: At a high level, a remeander cycles through transformations that alter the representation of a problem rather than its direct search. Examples include permuting elements, changing the level of abstraction, or redefining objectives, with the goal of surfacing hidden structures or alternative constraints. The process is typically iterative and exploratory rather than strictly convergent.

Applications and status: Remeandering is discussed as a conceptual tool in fields such as creative coding, design thinking, and metaheuristic research, but it has no widespread adoption or standardized procedures. Critics argue that without clear criteria it risks inefficiency or confusion.

See also: reframing, metaprogramming, iteration, problem space.