
TL;DR
This paper introduces Diophantine exponents for lattices, explores their properties, and establishes inequalities, using Schmidt's subspace theorem to construct illustrative examples.
Contribution
It defines a new concept of Diophantine exponents for lattices and proves foundational inequalities, advancing the understanding of lattice approximation properties.
Findings
Established transference inequalities for Diophantine exponents
Constructed examples using Schmidt's subspace theorem
Provided initial properties and framework for future research
Abstract
In this paper we define Diophantine exponents of lattices and investigate some of their properties. We prove transference inequalities and construct some examples with the help of Schmidt's subspace theorem.
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