monstrous moonshine

E656689

Monstrous moonshine is a deep and surprising connection between the Monster finite simple group and modular functions, revealing unexpected links between group theory, number theory, and string theory.

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Observed surface forms (3)

Statements (50)

Predicate Object
instanceOf finite simple group
mathematical theory
moonshine theory
alsoKnownAs Friendly Giant NERFINISHED
associatedWith Monster vertex operator algebra V^natural NERFINISHED
holomorphic CFT of central charge 24
awardRelated Borcherds Fields Medal 1998 NERFINISHED
centralStatement McKay–Thompson series for Monster elements are Hauptmoduln for genus-zero groups
conjectureDate 1970s
conjecturedBy John H. Conway NERFINISHED
Simon P. Norton NERFINISHED
connects Fourier coefficients of the j-function
Monster group NERFINISHED
j-invariant
modular forms of weight 0
modular functions
representation theory of the Monster group
field conformal field theory
group theory
modular forms
number theory
string theory
vertex operator algebras
formulatedInPublication Monstrous Moonshine (Conway–Norton, 1979) NERFINISHED
hasKeyObject Hauptmodul
McKay–Thompson series NERFINISHED
Monster group NERFINISHED
modular j-function
moonshine module
vertex operator algebra V^natural
hasKeyProperty Fourier coefficients encode dimensions of Monster representations
involves genus-zero modular functions
involves modular functions for subgroups of SL(2,ℝ)
relates q-expansions to character values
unexpected relation between finite simple groups and modular functions
uses graded representation of the Monster
inspired Mathieu moonshine
generalized moonshine
umbral moonshine NERFINISHED
order 808017424794512875886459904961710757005754368000000000
proofDate 1990s
provedBy Richard E. Borcherds NERFINISHED
relatedTo Leech lattice NERFINISHED
Niemeier lattices NERFINISHED
string theory on orbifolds
two-dimensional conformal field theory
usesTool Borcherds–Kac–Moody algebras NERFINISHED
automorphic forms
lattices
vertex operator algebras

Referenced by (4)

Full triples — surface form annotated when it differs from this entity's canonical label.

Simon P. Norton areaOfInfluence monstrous moonshine
this entity surface form: Monstrous Moonshine theory
Conway–Norton collaboration contributedTo monstrous moonshine
this entity surface form: theory of monstrous moonshine
Co3 hasRelationTo monstrous moonshine
Conway–Norton collaboration notableWork monstrous moonshine