description Paul Postal Overview
Paul Postal is an American linguist recognized for his extensive contributions to theoretical syntax, particularly within the framework of generative grammar. He was an influential early collaborator with Noam Chomsky and later became a primary architect of Relational Grammar in the 1970s, alongside David Johnson. Postal authored several foundational texts, including "Crossover Phenomena" in 1971, which analyzed syntactic constraints. His later research heavily critiqued standard generative approaches, leading to his development of Arc Pair Grammar.
help Paul Postal FAQ
What is Paul Postal known for in linguistics?
Paul Postal is an American linguist known for his contributions to generative grammar, particularly his work on crossover phenomena and relational grammar. His 1971 book Crossover Phenomena is a significant work in syntactic theory.
What is relational grammar and how is Paul Postal connected to it?
Relational Grammar is a syntactic theory developed in the 1970s and 1980s by Paul Postal along with David Perlmutter and Paul Johnson. It focused on grammatical relations like subject and object as primitives of syntactic analysis, departing from standard transformational grammar.
Was Paul Postal associated with Noam Chomsky?
Paul Postal initially worked within the Chomskyan generative grammar framework but later diverged from it, becoming a critic of some aspects of mainstream generative syntax. His later work, including in Arc Pair Grammar, represented a significant departure from Chomsky's models.
What are crossover phenomena in Paul Postal's work?
Crossover phenomena refer to constraints on how pronouns can relate to moved elements in a sentence, such as when a pronoun cannot be interpreted as co-referential with a wh-moved phrase. Postal's 1971 study of these patterns was influential in the development of syntactic theory.
explore Explore More
Reviews & Comments
Write a Review
Be the first to review
Share your thoughts with the community and help others make better decisions.