
Reformulation of Binding Conditions in Terms of Search and Move
Description
The book aims to deduce stipulative properties of binding conditions by reformulating them through a novel movement theory, under the tenet of the Minimalist Program. Integrating the insights of Abe's (2014) pro-movement theory and Higginbotham's (1983) linking theory, it offers a fresh perspective on bound variable anaphora, Binding Conditions A, B and C. Assuming Abe's (2016) Search and Float approach as a general framework, It offers a way to distinguish bound variable anaphora from coreferential anaphora, and to explain strong crossover cases and locality effects such as those induced by the Specified Subject Condition. The book also investigates binding reconstruction effects in parasitic gap constructions and Japanese scrambling to support the proposed movement theory of anaphora. It also deals with backward binding and copy reflexivization, giving support to the A-movement analysis proposed by Hornstein (2001). It The book is essential for those linguists engaging in syntactic theory, anaphora, and the Minimalist Program in offering innovative solutions to and a fresh perspective on binding phenomena.
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Person
Jun Abe got his Ph.D from University of Connecticut in 1993. He served as a professor at Tohoku Gakuin University, Japan. He is now an independent researcher. His fields of specializations are theoretical linguistics, generative grammar, and a comparative study of English and Japanese syntax.
Content
Chapter: 1 Introduction.- Chapter: 2 Reviving Linking Theory in Terms of Search and Move.- Chapter: 3 Reconstruction Effects of Binding Conditions.- Chapter: 4 Another Pattern of Reconstruction into Parasitic Gaps.- Chapter: 5 Support for Two Types of Condition B: The Case of Japanese Pro.- Chapter: 6 The A-Movement Analysis of Backward Binding and Copy Reflexivization in Japanese.- Chapter: 7 A Movement Theory of Argument Ellipsis: The Anti-C-Command Requirement.- Chapter: 8 Condition C Reconstruction in Japanese Scrambling.- Chapter: 9 Conclusions.