Hirzebruch genera

E586792

Hirzebruch genera are topological invariants in algebraic topology and differential geometry that generalize characteristic classes to classify and study manifolds.

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Predicate Object
instanceOf generalized cohomology invariant
multiplicative genus
topological invariant
appearsIn Hirzebruch’s book "Neue topologische Methoden in der algebraischen Geometrie" NERFINISHED
characterizedBy formal group law associated to complex cobordism
formal power series in Chern roots
context stable homotopy theory
definedOn oriented manifolds
smooth manifolds
stably almost complex manifolds
dependsOn characteristic classes of the tangent bundle
tangent bundle of the manifold
field algebraic topology
differential geometry
formalism expressed via characteristic power series Q(x) in one variable
generalizes arithmetic genus
classical characteristic numbers
signature of a manifold
hasExample L-genus
Todd genus
elliptic genus
Â-genus
introducedBy Friedrich Hirzebruch NERFINISHED
invariantUnder cobordism equivalence
diffeomorphism of manifolds
mapsTo ring of complex numbers
ring of rational numbers
namedAfter Friedrich Hirzebruch NERFINISHED
property cobordism invariant
determined by characteristic power series
multiplicative with respect to cartesian product of manifolds
relatedTo Atiyah–Singer index theorem NERFINISHED
Chern classes
Hirzebruch–Riemann–Roch theorem NERFINISHED
L-genus
Pontryagin classes NERFINISHED
Todd class NERFINISHED
Todd genus
complex cobordism
elliptic genera
oriented cobordism
Â-genus
use classification of manifolds
cobordism theory
index theory
study of characteristic classes
usedFor computing indices of elliptic operators
distinguishing non-cobordant manifolds
relating topology of manifolds to algebraic geometry

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Friedrich Hirzebruch knownFor Hirzebruch genera