The development of bimodal bilingualism

Diane Lillo‐Martin, Ronice Müller de Quadros, Deborah Chen Pichler

Linguistic Approaches to Bilingualism · 2016 · 130 citations · 42 references

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TL;DR

A wide range of linguistic phenomena, such as bimodal bilinguals who simultaneously use a sign and a spoken language, inform our understanding of the human linguistic system. The paper proposes Language Synthesis, a model that captures bilingual phenomena like code‑switching and transfer as automatic consequences of adding a second language, grounded in Minimalism and Distributed Morphology. Language Synthesis is implemented using Minimalist and Distributed Morphology principles and is tested on data from children developing as bimodal bilinguals, with the aim of generalizing to any language pair. The model predicts that code‑blending naturally follows from adding a second articulatory interface, and it accounts for several distinct types of code‑blending.

Abstract

Abstract A wide range of linguistic phenomena contribute to our understanding of the architecture of the human linguistic system. In this paper we present a proposal dubbed Language Synthesis to capture bilingual phenomena including code-switching and ‘transfer’ as automatic consequences of the addition of a second language, using basic concepts of Minimalism and Distributed Morphology. Bimodal bilinguals, who use a sign language and a spoken language, provide a new type of evidence regarding possible bilingual phenomena, namely code-blending, the simultaneous production of (aspects of) a message in both speech and sign. We argue that code-blending also follows naturally once a second articulatory interface is added to the model. Several different types of code-blending are discussed in connection to the predictions of the Synthesis model. Our primary data come from children developing as bimodal bilinguals, but our proposal is intended to capture a wide range of bilingual effects across any language pair.

References

42