Minkowski’s theorem on convex sets

E506850

Minkowski’s theorem on convex sets is a fundamental result in convex geometry that characterizes lattice points in convex bodies, underpinning much of the theory of convex polytopes and the geometry of numbers.

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Minkowski convex body theorem 1

Statements (46)

Predicate Object
instanceOf mathematical theorem
result in the geometry of numbers
appearsIn Hermann Minkowski’s work "Geometrie der Zahlen" NERFINISHED
appliesTo bounded convex sets
centrally symmetric convex sets
convex bodies
lattices in Euclidean space
assumes central symmetry of the set
convexity of the set
full-rank lattice
conclusion existence of a nonzero lattice point in the convex set
coreConcept determinant of a lattice
lattice points in convex bodies
symmetry about the origin
volume of convex sets
domain Euclidean space
Rn
field convex geometry
discrete geometry
geometry of numbers
number theory
generalizationOf one-dimensional pigeonhole principle for intervals and integer points
hasApplicationIn algebraic number theory
lattice-based cryptography (via geometry of numbers tools)
optimization and integer programming
historicalPeriod late 19th century
implies existence of nonzero lattice points in large symmetric convex bodies
influenced development of the geometry of numbers
lattice-based methods in number theory
modern discrete geometry
theory of convex polytopes
namedAfter Hermann Minkowski NERFINISHED
relatedTo Brunn–Minkowski inequality NERFINISHED
Minkowski sum NERFINISHED
Minkowski’s convex body theorem NERFINISHED
Minkowski’s first theorem NERFINISHED
Minkowski’s second theorem NERFINISHED
geometry of numbers
states Any centrally symmetric convex body in Rn with volume greater than 2n times the determinant of a lattice contains a nonzero lattice point
typicalFormulation If K is a centrally symmetric convex body in Rn with volume(K) > 2n det(L), then K contains a nonzero point of the lattice L
usedFor bounding solutions of Diophantine inequalities
lattice point enumeration problems
proving finiteness results in number theory
results on successive minima
studying convex polytopes
transference theorems in geometry of numbers

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Carathéodory’s theorem in convex geometry relatedTo Minkowski’s theorem on convex sets
Diophantine approximation hasKeyResult Minkowski’s theorem on convex sets
this entity surface form: Minkowski convex body theorem