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On self-similar finitely generated uniformly discrete (SFU-)sets and sphere packings
[chapter]
Physics and Number Theory
This paper is first a brief survey on links between Geometry of Numbers and aperiodic crystals in Physics, viewed from the mathematical side. In a second part, we prove the existence of a canonical cut-and-project scheme above a (ssfgud set) self-similar finitely generated packing of (equal) spheres Λ in R n and investigate its consequences, in particular the role played by the Euclidean and inhomogeneous minima of the algebraic number field generated by the self-similarity on the Delone
doi:10.4171/028-1/2
fatcat:gfvaqxk6mrhsdoxx7gjbj64ctq