Title of article :
The Role of Cognitive Context in the Interpretation of Riddles: A Relevance Theory Perspective
Author/Authors :
Hussein, Juma’a Qadir School of Language Studies and Linguistics - Faculty of Social Sciences and Humanities - Universiti Kebangsaan Malaysia - Selangor - Malaysia , Abdullah, Imran Ho School of Language Studies and Linguistics - Faculty of Social Sciences and Humanities - Universiti Kebangsaan Malaysia - Selangor - Malaysia
Abstract :
This paper addresses the role of cognitive context in the interpretation of riddles within
the framework of Relevance Theory. Relevance Theory, proposed by Sperber and Wilson
(1986/1995), implicates assumptions suitable for the interpretation of how cognitive
context is created in the act of riddling. It is argued that this theory shows how and why
the riddlee resorts to the cognitive context to give appropriate resolution to the riddle. In
this regard, the cognitive context proposed by Relevance Theory is more powerful than
the co-text or the context of situation in giving appropriate interpretation to the riddle. The
riddles under analysis are confined to one type of riddle, the metaphorical riddle, selected
from Pepicello and Green’s 1984 ‘The Language of Riddles’. The cognitive context here
does not refer to the co-text or the context of situation but to the set of assumptions and
beliefs in the mind of the riddlee about the world available to him in the process of riddle
interpretation. The context determines the interpretation of an utterance while the lack of
contextual information will lead to communication failure or misinterpretation. This relates
to the fact that the cognitive context is affected differently by different individuals due to
various factors ranging from one’s cognitive ability to one’s social and cultural experiences.
Hence, riddle interpretation, according to Relevance Theory, is an inferential process where
cognitive context determines the interpretation of the riddle.
Keywords :
Relevance Theory , cognitive context , riddle , optimal relevance , co-text
Journal title :
Astroparticle Physics