G. de Jager
Papers
1
Total Citations
22
H-Index
1
About
G. de Jager is a researcher whose work bridges the fields of linguistics, cognitive science, and artificial intelligence, with a primary focus on the evolutionary origins of syntax. Her most-cited paper, "What Can Mathematical, Computational, and Robotic Models Tell Us about the Origins of Syntax?" (2009, 22 citations), stands as a seminal contribution to the study of language evolution. In this work, de Jager critically examines how formal models—from mathematical frameworks to robotic simulations—can illuminate the biological and cognitive prerequisites for syntactic structure. Rather than simply advocating for a single approach, she synthesizes insights from diverse modeling traditions, arguing that these tools are essential for testing hypotheses about how hierarchical, recursive syntax might have emerged from simpler communicative systems. Her analysis has influenced subsequent research on the interplay between embodiment, social interaction, and grammatical complexity. While her citation count reflects a niche but deeply engaged audience, de Jager’s work is notable for its interdisciplinary rigor and its challenge to purely nativist accounts of language. For students and researchers exploring the computational underpinnings of human cognition, her research offers a clear, critical roadmap for using models to probe one of science’s most profound questions: how did we learn to combine words into infinite meaning?
Research Focus
Key Achievements
Top Papers
- 1