In this article, we present a fresh perspective on language, combining ideas
from various sources, but mixed in a new synthesis. As in the minimalist
program, the question is whether we can formulate an elegant formalism, a
universal grammar or a mechanism which explains significant aspects of the
human faculty of language, which in turn can be considered a natural
disposition for the evolution and deployment of the diverse human languages. We
describe such a mechanism, which differs from existing logical and grammatical
approaches by its geometric nature. Our main contribution is to explore the
assumption that sentence recognition takes place by forming chains of tokens
representing words, followed by matching these chains with pre-existing chains
representing grammatical word orders. The aligned chains of tokens give rise to
two- and three-dimensional complexes. The resulting model gives an alternative
presentation for subtle rules, traditionally formalized using categorial
grammar.

本文从几个角度综合了各种主张，提出了一种独特的语言学派，将数学几何观点引入到语法中，描述了一种基于几何学的机制，用于解释人类语言里的显著特征，并提出了一种新型的匹配方法，利用代表单词的标记链来形成句子，并匹配语法词序。最终得到的二维和三维结合体为以往传统语法体系难以准确描述的语言规则提供了一种新视角。