analogical-reasoning

Analogical reasoning is the human-made cognitive mechanism by which knowledge, structure, or relationships from a known domain (the source) are mapped onto an unfamiliar domain (the target) to infer new properties, generate hypotheses, or solve problems. It operates through three parameters: (1) structural alignment — identifying correspondences between relational elements rather than surface features, (2) mapping — transferring relational knowledge from source to target under constraints of systematicity and one-to-one correspondence, and (3) inference — drawing conclusions about the target that go beyond what is explicitly stated in either domain. The mechanism persists through language (metaphor, analogy, simile as linguistic expressions), education (pedagogical use of familiar examples to teach abstract concepts), and cultural transmission (stories, parables, and case-based reasoning traditions). It is not a natural faculty but a structured method that humans formalize and deploy deliberately — from legal precedent (case law reasoning) to scientific model-building (the planetary model of the atom) to everyday problem-solving (this situation is like that one). [formal: analogia | substrate: mind | horizon: a life | explicit: yes | epoch: 0.92]